iptv 2014 blusens networks catalogue

2014 Product Catalogue IPTV

www.blusensnetworks.com

the companythe company 32


Blusens started its commercial activity

in 2002 with a firm and determined

step in a field traditionally controlled

by multinational brands. The targets at

that moment were ambitious but they

were perfectly reflected in the 2002-2005

Strategy Plan. The Plan was thoroughly

designed for us to be different and

innovative, to grow at an unforeseen pace

and provide the consumer electronics

sector, so in need of a change, with new

blood. We have created a quality brand

from scratch, from the Spanish region of

Galicia and for everybody, a quality brand

guided by its excellence on every single

operative aspect with the objective of

being the best at what we do.

Blusens has far exceeded these Plan objectives by becoming the MP3 sales leading

manufacturer within the Spanish market in a time span of only four years, achieving up

to 300% annual exponential growths and showing no hints of decrease.

Blusens, with its range of products, can be found in more than 6,000 points of sale

comprehended in the largest distribution chains in the country and it is now starting an

unprecedented internationalization stage.

Our distinguishing features -constant innovation, good value for money, guaranteed

profitability, creative marketing and after-sales service- have been exceptionally

received by our customers. Blusens compromise to continuously improve the product

quality and the customer service is mirrored in the creation of our own Support Centre

located in Santiago de Compostela, Spain, with a Call Centre where all the customers’

calls are directly received and dealt with in order to provide a better and faster response

to Blusens product users.

INNOVATION: R&DConstant innovation is one of the pillars of Blusens’ success. That is the reason why we have increased the investments in Research,

Development and Innovation up to exceed 10% of the estimated annual turnover. These investments have culminated in the creation

of our own research team made up by over 35 people. Such a commitment with innovation has fostered the creation of groundbreaking

new products such us the G01, the first European GPS navigator that uses pictometry, the web:tv, a powerful internetTV server and

home entertainment controller, the integration of IPTV protocols over power line...

These advanced products provide a powerful statement that says that technological breakthroughs can be born, developed

and implemented in Spain. Innovation is the aspect that more clearly defines our Marketing strategy. Blusens has always been

characterized by a creative and aggressive Marketing, with actions often associated with large conglomerates. Blusens innovative

and creative strategies have made a deep impression in the field, revealing the firm as a company always on the look-out for different

mediums and strategies with the aim of providing freshness to our Marketing.

In line with our young, vibrant and restless image, we are sponsors of Miss Spain

Pageant, which has associated our brand with the world of Fashion, we also sponsor

the Blusens MotoGP Team, a promising endeavour that supports young and bright

new pilots who are already making a dent in their championships, and the Spanish

Professional Blusens Basketball Team.

Further to these efforts, we have thrown ourselves into the virtual world of social

networking with our BlusensTV one2one community, Blusens Music Digital music label

and many other initiatives that keep us in the forefront of technology, communication

and marketing while closing the gap between the user and the brand.

Our next step was the implementation of our young and forward looking mindset on

the export markets. Starting in Dubai (2007), we have embarked in a very aggressive

globalization campaign under the same motto that made Blusens successful in Spain.

That is being young, fresh, reliable,

innovative and, most of all, closing the gap

between the brand and the user. Today we

are present in China (2007), Middle East

(2007), Mexico (2008), Uruguay (2008) and

Brazil (2012).

We continue to strive and develop

ever more technological products by

launching our new communications line

in which we have taken a new step in

the horizontal integration by developing

HDTV distribution systems via IP and

coaxial cable.

Having a fare presence in the GCC area

our systems are installed in a wide

variety of projects and developments.

From Luxurious hotels like the Vision

Hotel in Abu Dhabi, Diva Hotel in Bahrain,

Lamborghini Hotel in Syria, Ramada

Hotel in Bahrain, Millenium Hotel in

Kuwait, Bayan Palace in Kuwait and the

New Terminal of Jeddah Airport in Saudi

Arabia to universities like Princess Noura

in Saudi Arabia and mega projects like the

Reemram project in Dubailand, Dubai.

Our commitment to QC and continuous

R&D, along with a focused customer

service philosophy guarantee the

performance and reliability of our

systems. Capable now, as we are, of

designing and implementing HDTV

systems that range from the small single

apartment to the most luxurious hotel

complex or cable TV operator...

We will stretch ever more to become

the reference in innovation, technology,

marketing and customer service.

We can afford to be unique, different.

To be Blusens.

catalogoBlusensIPTV_2014DEF.indd 2-3 04/03/14 11:29

table of contents 5


IPTV 7

· What is IPTV? 9

· What can IPTV do for you? 11

· What can Blusens do for you? 16

· IPTV Concepts 17

· IPTV Components 19

· System Architecture 20

Middleware 23

· Middleware Nodes 24

· Management Interface 27

· Software Licenses 31

Set Top Box 35

· High definition STB 36

VoD Streaming Cluster 41

· Storage nodes 42

· Streaming nodes 45

· Optional Features 47

IP Contribution Head-end 49

· Digital Contribution 50

· Analog Contribution 54

Net PVR 57

· Net PVR 58

DIGITAL SIGNAGE 61

· What is Digital Signage? 62

· What can Digital Signage do for you? 63

DS Servers 71

· Playout Server 72

· Signage Server 73

Channel Generators 77

· High Connectivity 78

· Low Connectivity 79

FACIAL RECOGNITION 81

· What´s Facial Recognition? 83

· Technical Specifications 84

TECHNICAL SPECIFICATIONS 87

· MPEG-2 Profiles and Levels 88

· Glossary of Measurements 88

· Network Technologies 89

· H.264 Profiles and Levels 90

· Wiring 92

· Cable Recommendations 93


IPTV


IptVIptV 98


The development of new technologies over IP Networks continues to contribute to the integration of a variety of services. These expand from the basic Ethernet network for computer interconnection, to DSL lines for internet access, IP telephony or the most advanced automation and control systems.

The advantage of a standard communication technology over a single network allows the simplification of the cabling network, enables the integration of varied services, which guarantees the compatibility with future technological developments, and facilitates the monitoring, security and control of any installation.

Internet Protocol Television (IPTV) is one of the services that now can also integrate with the structured cable network of a building. Such revolutionary change in the way TV signal is distributed significantly improves the signal quality, interactivity and control, giving the operators a plethora of options to monitor, add services, maximize audience and improve the return on the investment.

IPTV Standard Platform

The cooperation between Interoud and Blusens, as software and hardware developers, has resulted in the birth of a true NEXTGEN IPTV system that is able to fulfil every requirement the Operator may need. From standard TV channels distribution, to HDTV, Video-on-Demand, Time-shift, personalized advertisement schemes and sponsorships, direct purchase from the TV, Digital Signage and more.

WhaT Is IPTV?

Such solutions play a very important role in the hospitality sector as they provide the tools to increase the comfort level of their guests/patients, as well as the overall revenue. With this IPTV system, the hotel can offer enhanced entertainment services at a Premium, increase the availability of other hotel services (Room Service, Laundry, Restaurant Reservations, Spa, Sports activities, Gift Shops, etc.) while getting valuable data as to what their guests are watching, what channels are popular, what content type gets the most income, what hotel services have more demand, etc.

Thus, IPTV by Blusens provides a true added-value tool to the operator that will, unobtrusively and reliably, increase the revenue on a system that otherwise only represents an added cost.


IptVIptV 1110


WhaT can IPTV do for you?

HOSPITALS

Added to the general Hospitality functionality, IPTV can record, and make available to the user network, any workshop, lecture, seminar or procedure carried out in the facility, thus enhancing the practise and resources available to the Hospital.The offer to the patient can even include the meal selection from his physician’s approved menu.

HOTELS, RESORTS, COMPOUNDS, RESTAURANTS

The complete solution offers a centralized point to control and monitor the guest’s consumption and usage of the entertainment system, providing useful statistics that can be used to tailor make the packages offered based on their origin, age group, income, occupation, etc. The On-Demand content and some LiveTV chan-nels can be offered in various languages and with captions to provide the closest sensation to a Home Cinema that a hotel can offer, while giving the Operator a variety of tools to insert various types of advertising formulas. All fully linked to the central Building Management System. Billing is, thus, seamlessly integrated.

CORPORATE OR GOVERNMENT NETWORKS

The integration of the video streams in an existing IP infrastructure makes possible the reception of any content on any facility, even on mobile devices. With an IPTV platform all the multimedia content generated in courses, seminars or master lectures can be recorded and redistributed live during the event or later, to feed STB, PCs inside the complex, Digital Signage panels or via an internet web portal.

EDUCATIONAL FACILITIES

Using the Corporate services as a base, an education institution may be interested in adding notes to the video or a real time messaging feature to allow the users watching a live event like a surgery to share opinions and comments with other users.

CABLE TV OPERATORS

IPTV by Blusens full-fledged solution enhances the services the operator can provide as it is fully interactive in every possible way. Direct TV purchase becomes a true reality for varied forms of products and services. Also, it allows the creation of Portals for different On-Demand content, Pay-per-View, and Live events. Our system enhances the data gathering of user consumption, enabling the use of complex statistics that will serve as a tool for continuous improvement and detection of overlooked niche markets.


IptVIptV 1312


PVR

• Time Shifting support enables the user to pause live contents and resume it later.

• CatchUP TV allows the guest to watch a content from the beginning.

• NetPVR makes possible to watch on demand contents that were broadcasted in the past.

• Manual recording schedule managed from the STB.

• Complete integration with EPG.• Possibility of recording in external

usb key or netPVR server.

WELCOME SCREEN

• Welcomes the guest when he arrives to his room for the first time.

• Name of the guest.• Check in and out dates.• Welcome TV channel in the language

of the guest.• The channel can be a live TV or a

playout channel.

MAIN MENU

• All the menus and descriptions in the mother tongue of the guest.

• Main services easily accessible from the main menu.

• Help.

WATCHING ON DEMAND TV

• Browse through content categories, subcategories, individual content titles and their synopsis.

• Suggestions, popular contents, etc.• Browse the active rentals and rental

history.• Full control: play, pause, stop, fast

forward & rewind at several speeds.• Parental control available.

APPS

• Increases the capacity of the STB via external applications.

• Third party API available to develop specific applications for the platform.

• Multitasking support.• The A/V content is not interrupted by

using an app.

SPONSORSHIP & TELETEXT

• Sponsor logos on the Menu System.• Banners on different sections and

areas of the screen.• Static and dynamic text and

graphical banner options.• To be defined based on customer

needs.

WATCHING LIVE TV

• Complete EPG to help the user to find the desired program.

• Both Live TV and playout channels.• Program search.• Check metadata information.• Channel view and calendar view.• Navigate channels through the mini-

guide.• Advertising capabilities (static

banners, dynamic banners, RSS feeds…)

• Channel change under one second.• Miniguide allowing a fast, smart

zapping.


IptVIptV 1514


INFORMATION PAGES

• Suitable for displaying local information about the hotel, the city and its surroundings.

• Predefined library of styles and layouts.

• Easy edition of the content, no HTML needed.

• Easy addition of pictures used to illustrate the page.

• Easy sorting of pages according to assigned categories into menus and submenus.

CITY INFORMATION

• Shopping malls list.• Tourism points of interest.• Recommended Restaurants.• Pharmacies.• Unlimited possibilities...

HOTEL INFORMATION

• Emergency telephones.• Hotel telephone extensions.

ROOM SERVICE & e-SHOPPING

• Food ordering direct to the kitchen printer.

• Laundry request with specification of the clothes rent.

• Housekeeping.

EMERGENCY

• Alarm message on every screen.• Centralized control.• Evacuation map.• Once the alarm has been triggered,

the middleware locks the STB interactivity, the guest can not override the message.

• Automatic volume rise.

GAMES AND SERVICES

• World Time clock.• Shows the different GMT zones.• Daylight saving control.• Currency exchange helper.• High quality games.

BILLING

• Shows the bill with real-time information coming from the hotel PMS.

• The platform has its own minimal PMS system for hotels without a third-party PMS.

• Possibility of accepting the bill for express check-out.

MESSAGING

• Text messaging from hotel desk to the guest room.

• Text messaging from the guest room to the hotel desk.

• Optional text messaging between rooms.

NEWS

• Integration of real time RSS news feeds.

• Chronological sorting of the latest news.

INTERNET

• Internet Browsing.• Advanced Java Script Support.• Full featured Web Browser.

WAKE UP CALL

• Selection of TV or Radio Channel used as Wake Up channel.

PIN CODE

• Possibility of protecting the access to certain services via pin code.


IptVIptV 1716


WhaT can Blusens neTWorks do for you?

Blusens is your One-Stop Shop for any IPTV requirements, providing a wide and scalable range of products, solutions and content that will fit every sized project:

• Latest generation technology for hospitality and cable TV environments based on Blusens Technologies devices and Interoud platforms that provide a full end-2-end solution.

• Immediate consultancy and maintenance services throughout the life cycle of the project from inception to execution and operation.

• Wide international experience to help define appropriate requirements and commercial services.

IPTV concePTs

On Demand Media BitrateBandwidth consumed by each stream transferred through the network. 5Mbps is the same quality as the live television channels coming from the satellite. 8 to 12Mbps are required for HD content.

Number of on Demand Media Number of demand contents (i.e. movies or videoclips) stored in the VoD storage node server. Each content can be watched simultaneously by an undefined number of users with a single copy of the content on the server.

Unicast TrafficCommunication between one origin and one destination. Used when one stream per user is required, for example in VoD streams. Multicast TrafficCommunication between one origin and several destinations. sed when the same stream can be delivered simultaneously to several users, for example in LiveTV streams.

Multicast TrafficCommunication between one origin and several destinations. Used when the same stream can be delivered simultaneously to several users, for example in LiveTV streams.

Playout ChannelLive channel generated from local stored contents. For example advertising videos of the hotel or a recent movie in a continuous loop. Both live and playout channels will be treated the same way by the middleware. Playout channels are also Multicast traffic.Middleware

Core of the system. Orchestrates interactions with every other part of the IPTV platform. It manages the access rights to LiveTV channels, movies or sections for specific users. It also manages the interaction with the hotel PMS system for pay per view purposes.

Number of UsersIt refers to the number of STB to consider. Each STB will be capable of playing one content independently from the others. One STB per TV screen is required.

Live ChannelStream coming from the satellite dish or any broadcast technology like DTT. Usually a TV or radio channel. A channel coming from a CCTV IP camera is also considered a Live Channel. Live channels are Multicast traffic.

Video on Demand. VoDInteractive video delivery technology which allows each user to be provided with its own video stream, as if it were coming from a local DVD player. The user can pause, fast forward, rewind, etc. the movie at several speeds without interfering with the video beign watched by other users. VoD is unicast traffic.

Set Top Box. STBDevice used to decode IP video streams delivered through the network in a format suitable for being watched in a standard TV Set. Is also responsible of displaying the menus used to browse all the contents of both VoD and LiveTV media library as well as the interactive info pages.

IPTV Contribution SystemEquipment responsible of tuning live TV or radio streams and its injection into the IP network.

Maximum ConcurrencyRepresents the maximum number of users expected to be consuming VoD contents at the same time with a percentage (notice that there’s no limitation on concurrent users for Live or Playout channels as concurrency applies only for VoD)

IP RF

Expandable in number of services Yes Limited

Expandable in number of users Yes Limited

HD capabilities Yes No

Interaction with other systems (telephony, internet…) Yes No

Availability of VoD Yes No

Interaction with PMS Yes Limited

Recording and time shifting Yes No

Network Monitoring Yes No

Access restrictions and parental control Yes No

Hotel interface personalization Yes Limited

Multi-language capabilities both on the interface and on contents Yes No

Flexible pricing for different contents Yes No

Contents categorization Yes Limited

Remote centralized control of the STBs Yes No

In-line editing of local information pages Yes Limited

Messaging capabilities Yes Limited

Dynamic banner facilities Yes Limited

Emergency alerts and warnings Yes Limited

Several services over the same cabling network Yes No

Easy integration with several required services Yes No


IptVIptV 1918


IP CONTRIBUTION

Performs the tuning of Live satellite video streams and its conversion into IP streams.One DVB-S module can tune all the channels in a transponder simultaneouslyResponsible of channel descrambling when necessaryEach CAS module can descramble several channels

MIDDLEWARE

Core of the IPTV system. Manages interactions between each part of the system.Menu generationContent authorizationBilling and PMS integrationStatistics collectionMedia catalogingEPG generation

VoD CLUSTER

Serves individual and independent video streams to each user.Each stream is unique for each user

Manages behavior of VCR controls

Fast ForwardRewindPause

VCR operations performed at several speedsStores contents to be streamedStores metadata for this contentsControls the bandwidth for each stream

ROUTERS AND SWITCHES

Carries IPTV info packets to the correct destinations.Each one acts as a repeater so there is no attenuation of signal Responsible of broadcast and multicast replication of streams

IPTV comPonenTs

NET PVR

Stores cyclic recordings for several days of Live TV Channels or CCTV Cameras.

Live Archive

The recordings can be accessed later so one user can watch what was on certain channel on certain moment in the past

The user is not tied to the broadcast scheduling anymore

STRUCTURED NETWORK CABLING

Performs the connections between servers, routers, switches and STBs.Maximum length of each connection: 100 mt.The network is divided in a hierarchical wayThe switches can be cascadedThe network has star shape, not bus shape

PLAYOUT SERVER

Generates multicast Live channels with local contents according to a time schedule.Suitable for advertising channels, local promotion or pay per view moviesSeamless splicing allows to smooth the transition between two videos to avoid video noise

SET TOP BOX

Decodes the IP audio/video streams for playing it in a standard TV set.Generation of the GUI

Manages interaction with the user

Keyboard Remote control

Can be remotely controlled via the middleware


IptVIptV 2120


1. The VoDKAST Middleware server creates the STB menus by accessing the metadata information of the videos from the VoD cluster (movie name, actors, director, etc.) and the EPG information from the live and playout channels while considering the user access rights and credit information obtained from the PMS. Thus, the menu is customized for each guest.

2. The hotel operator can fine tune the platform through the management console. The Middleware Server also monitors the current state of each part of the system and triggers the proper alerts to the management consoles in case of any problem.

3. The VoD Streaming Cluster stores all the videos in its storage nodes and streams it to the network through the streaming nodes. The platform allows an unlimited number of streamer and storage nodes to increase the storage or streaming capacity independently from each other according to the operator needs.

4. The IP Contribution System obtains the live DVB-S, DVB-C and DVB-T MPEG-2 streams from satellite, cable or terrestrial feeds and injects them into the IP network as IP multicast streams.

5. The Playout Server generates continuous loop streams of stored contents as IP multicast streams.

6. The NetPVR server stores local recordings of live TV channels to provide time-shifting features to the platform.

7. The Digital Signage server controls the digital signage screens and split its layout in several regions that can be filled with any multimedia content, even Adobe Flash.

8. The Ethernet Switches aggregate the outputs of all the servers and carry the video streams to the screens through the IP network.

9. The integrated solution allows several types of STB and screens working together: Standalone STB screen, Standard PCs screens and Low or High Connectivity Digital signage screen. Any IPTV content (live, playout, VoD, etc.) can be displayed in any of the STB types.

sysTem archITecTure

IPTV Architecture Graphic


mid

dlew

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mIddlewaremIddleware 2524


mIddleWare nodes

The middleware server is the core of the Blusens IPTV solution. It controls the interaction between each part of the system and the interaction of the system itself with the rest of the hotel services. It is also the entry point for the hotel operator, where he can check the status of the network, the connected STB, trigger alerts to pop up in one or a group of STB etc.

VoDKAST will generate menu screens for browsing all the media library in an integrated way. The interface is coherent among all the applications of the system (i.e. TV, VoD, NetPVR, services). It’s also able of providing screens with local information of the hotel and surroundings. This information screens are very simple to create and edit via collection of templates that the operator can modify online through the management interface. All the modules of this middleware are multilingual and can support any language with any font, for example, Arabic.

The VoDKAST middleware provides mechanisms to interact with several hotel services (room service, laundry, housekeeping, etc…) providing direct communication with the departments where this services are stored and being able also to print text messages with the service required.

VoDKAST has the ability of overimpressing banners over the video of all or only some of the Set Top Boxes. It’s also able of blocking the ability of override the message by locking remotely the IR control of the STB.

The middleware nodes are the servers that conform the middleware cluster. Depending on the number of users the middleware can be a single server or a cluster of multiple machines working together to provide unlimited growing capabilities to the platform.

In hospitality environments a cluster of nodes is rarely required, but, in other case scenarios, like telco operators for example, this requirement becomes more common. Please ask your sales representative to give you more information about the telco approach for larger installations.

The middleware nodes are built with the lastest and highest quality components sharing the group of features that configure them as high reliability “state-of-the-art” ones.

• Up to 500 middleware users.• Intel Xeon Dual core processors.• 2GB 800Mhz FB-DIMMs RAM.• 2 RAID 1 mirrored 250Gb Hard disks.• 4 x Gigabit Ethernet network interfaces.• Optional 10 Gigabit Ethernet interface.

500 User standalone mIddleware node

2000 User clUstered mIddleware node

This node is focused in providing the middleware for small/medium sized installations. With its two dual core processors, this server is able of managing up to 500 users concurrently.The RAID1 mirroring between the two 7200rpm SATA hard disks guarantees the lowest cost per GB of storage space and reveals this unit as a high reliability one. The 1RU form factor highlights this server as one of the most dense ones in what is referred to number of users per RU.

IM.1500 IPTV Standalone Middleware for 500 users

This node is aimed to provide a solution for larger deployments such as cable operators, universities, etc. Due to its clustering approach this nodes allow unlimited growing capacity via clustering. This servers are capable of working together to provide one middleware controlling an unlimited number of users.With its cluster approach, a system created with this nodes can integrate spare servers that are automatically hot swapped when an anomaly occurs without service interruption.

IM.12000 IPTV Clustered Middleware for 2000 users

• Up to 2000 middleware users per node.• Intel Xeon Quad core processors.• 4GB 800Mhz FB-DIMMs RAM.• Up to 4 RAID 1+0 mirrored 250Gb Hard disks.• 4 x Gigabit Ethernet network interfaces.• Optional 10 Gigabit Ethernet interface.

IM.1500

Architecture

Processor One or Two Quad-Core Intel Xeon L5420 Processor, 2.50 GHz, 1333 MHz FSB, 50W.

Cache Quad Core Processors: 12 MB L2 cache per core

Main memoryDIMM Slots Memory Type Up to 32 GB of 800 MHz ECC FB-DIMM or 667 MHz ECC FB-DIMM

Memory Configuration 4 GB total memory. System configurations from 1 GB up to 32 GB

Graphics Controller ASPEED AST2000

System architecture Intel Quad Core technology

Standard/integrated interfaces

Network: Four Integrated 10/100/1000 Base-T Ethernet ports

Management: Service processor with embedded Lights Out Manager (LOM) standard

Serial: RJ-45

SATA: Up to two hot-pluggable SATA bays, 2 TB max.

USB: Five USB 2.0 ports (two front, two rear, one internal)

Expansion bus: One PCIe slot (x16 electrical/x16 mechanical), half-length, half-height

Software Operating systemsSolaris OS 10 or GNU/Linux

IPMI 2.0 compliant Service Processor with embedded. Lights Out Management offering remote power, KVM (keyboard, video, mouse) and media capability

Mass storage and media

Internal disk option Two hot-pluggable 250-750 GB 7200 rpm 3.5” SATA II HD

Removable Media Up to one EIDE DVD-ROM or DVD+/-RW DL drive

RAID RAID 1 hardware mirroring to provide fault tolerance

Environment

Operating temperature: 5° to 35° C (41° to 95° F) at sea level

Non operating temperature: -40° to 68° C (-40° to 154° F), up to 93% relative humidity, non condensing, 38° C max. wet bulb

Operating altitude: Up to 3,000m (9,000 ft.), max. ambient temperature is derated by 1° C per 300m above 900m

Non operating altitude: up to 12,000m (=~36,000 ft.)

Acoustic noise: 70 dBA operating, 69 dBA idle (declared noise emissions in accordance with ISO 9296 A-weighted, sound power)

PowerSingle PSU

AC power: 100–240 V AC (47–63 Hz)

Regulations

Safety IEC 60950, UL/CSA 60950, EN 60950, CB Scheme with all country differences

RFI/EMI FCC CFR 47 Part 15 Class A, EN 300 386 v1.3.3, EN 55022 Class A, EN 61000-3-2, EN 61000-3-3

Immunity EN 55024, EN 300 386 v1.3.3

Certifications

Safety CE, CB Scheme, UL, CSA, CCC, BSMI, AR-S, GOST-R

EMC CE, FCC, VCCI, ICES, BSMI, CCC, MIC, C-Tick, AR-S, GOST-R

Other RoHS-compliant labeled, per WEEE (Waste Electrical and Electronics Equipment) Directive (2002/95/EC)

Dimensions and weight

Height 44 mm (1.7”)

Width 425.5 mm (16.8”)

Depth 633.7 mm (25”)

Weight 13.3 kg (27.2 lbs.)

Warranty One year, next business day

Hardware Specifications may change without prior notice.




IM.12000

Architecture

Processor Two Intel Xeon processors 5500 series

Cache

Level 1: 32 KB instruction and 32 KB data L1 cache per core

Level 2: 256 KB unified (data and instruction) L2 cache per core

Level 3: 4 MB or 8 MB shared inclusive L3 cache per processor

Main memory

12 DDR3 DIMM slots (six DIMM slots per CPU socket); system supports from 2 GB (1x 2 GB to 96 GB (12x 8 GB) of memory

System architecture Based on Intel Xeon processor 5500 series and Intel 5500 Chipset


Network: Two 10/100/1000Base-T Ethernet ports

Serial: One RJ-45 port


Expansion bus: One PCIe 2.0 slot (x16 electrical/x16 mechanical, low-profile)

Software Operating systems

Solaris 10 OS

OpenSolaris™ OS

Red Hat Enterprise Linux 4


SUSE Linux Enterprise Server 10

VMware ESX 3.5

Windows Server 2003 Standard/Enterprise Editions


Windows Server 2008 Standard/Enterprise/Datacenter Editions

Networking Two GbE ports integrated on motherboard

Management

Optional Sun Integrated Lights Out Manager (ILOM) service processor module

– VGA 8 MB: 1,024x768 at 60 Hz

– Management port: One 10/100 RJ-45 port

Enables remote power control; remote keyboard, video, mouse (KVM) graphical

access; and remote media (DVD, CD, floppy)

Secure remote access using Web interface over SSL, or CLI over SSH

Sun™ xVM Ops Center software support

IPMI 2.0, SNMP v1, v2c, and v3

In-band, out-of-band, and side-band remote management


Internal disk option

Up to four hot-pluggable 3.5 in. SATA disk drives, 4 TB max.: 1 TB, 500 GB (7,200 rpm)

Up to four hot-pluggable solid-state drives (SSDs), 128 GB max.: 32 GB3

Up to two Sun Flash Modules, 48 GB max.: 24 GB3

IM.12000

Environment

Operating temperature: 5° C to 35° C (41° to 95° F) at sea level

Non operating temperature: -40° C to 68° C (-40° to 154° F)

Operating relative humidity: up to 93%, non condensing, 38° C max. wet bulb

Non operating relative humidity: Up to 93%, non condensing


Non operating altitude: 10,000m (35,000 ft.)

Acoustic noise: 7.5 B operating, 7 B idling / 70 dBA operating, 60 dBA idle (declared noise emissions in accordance with ISO 9296 A-weighted, sound power)

PowerSingle non redundant power supply; max. power supply rating 600 W at >80% efficiency

AC power: 100–240 V AC (47–63 Hz)

Regulations



Immunity EN 55024, EN 300 386 v1.3.3

Certifications



OtherRoHS-compliant labeled, per WEEE (Waste Electrical and Electronics Equipment) Directive (2002/95/EC)


Height 43mm (1.7 in.)

Width 436mm (17.2 in.)

Depth 650mm (25.6 in.)

WeightMIN 9.8 kg (21.7 lbs.)

MAX 13.9 kg (30.6 lbs.)

Mounting option

Rackmounting slide rail kit

Toolless rackmounting slide rail kit

Cable management arm



managemenT InTerface

The LiveTV and playout channels can be shown or hidden to certain STB or rooms. It’s numbering can be easily resorted and, if provided by the operator, teletext and subtitles are fully supported.

The contents can be marked with any tag defined by the administrator, like action, High Definition, Music Video, Documentary, advertisement, Black and White movie etc. The middleware allows the administrator to sort this tags in any menu/submenu configuration, so browsing thousands of contents is very comfortable.

The price ruling system is very flexible, allowing the hotel to provide different prices according to categories like movie genre, director, length, etc. The system provides a price simulator to check the price charged for the movie to the guest for a particular situation.




The administrator is capable of monitoring what is being played in any room at each STB for any given moment. It’s also capable of rebooting a group or a single STB or even forcing it to tune a specific channel or content and locking the IR control of the STB.

The administrator can check the current billing for any given STB or room at any moment.

The logging system is continuously monitoring the status of the system an can provide alerts when a STB is disconnected from the network or a live TV channel is not receiving content. This prevents any unauthorized access to the distribution network.

The middleware is also capable of gathering use statistics for both VoD and live contents.

The price of the media contents are determined by a very flexible price rule mechanism. This provides the operator the flexibility of grouping some channels into one pack and price it.The price rules are also defined according to a calendar, so creating an “action weekend offer“ is very simple.




The edition of the local information pages is very easily done via the web interface. The administrator does not need any programming or web developing knowledge to create high quality local information pages.

It’s possible to select an specific welcome TV channel according to the nationality of the guest. If the nationality is not registered in the system the welcome channel will be the default one. It’s also possible to run a specific advertisement as welcome video in the mother language of the guest.

The system supports any language in every part of the system: The interface in the STB, the management interface, and even the names of the tags can be internationalized. This way the system recognizes that the “Action movies” will we shown as “Peliculas de accion” for an Spanish speaker.

sofTWare lIcenses

The system can be integrated with the PMS that is part of the IT infrastructure of the hotel. This way the hospitality system is able to generate per-user contents with the information acquired from the PMS.This service will be used for automatic charging the costs of the film rental or whatever pay service that the hotel must decide to implement on the billing of the customer.If the connection with the PMS system is not available for whatever reason, VoDKAST includes a minimal PMS for this purpose.The system also includes applications for viewing the billing of the user from the comfort of the room.

pms IntegratIon

User Interface modIfIcatIon

deVelopment of specIfIc applIcatIon

The graphical interface of the IPTV system for the rooms can be completely customized to the needs of the customer. Custom logos, colors and even menu elements can be integrated in the user interface to provide a coherent, tailor made visual language with the rest of the systems in the hotel, hospital, university, etc.

As the system proposed is a 100% end2end solution, any added value application designed specifically to fit the customer needs can be integrated in the menus of the STB. The flexibility is almost unlimited. Contact with a sales manager to evaluate the viability of a custom development for your needs.




VodKast mIddleware pUlsar dIgItal sIgnage

VTV-MID-1.0 VoDKAST Middleware Base License

Middleware base license. Provides basic services as STB monitoring

VTV-LTV-1.0 VoDKAST Middleware LiveTV option

Upgrades the middleware with live TV channel management capabilities.

VTV-STB-1.0 25 STB Base license

Base license for a package of 25 STB

VTV-SAP-1.0 25 STB Simple applications license

Upgrades the STB basic license with capabilities required for TV zapping, EPG browsing or decoding of a Digital Signage channel. Not required if a VTV-AAP-1.0 advanced applications license is present.

VTV-AAP-1.0 25 STB Advanced applications license

Upgrades the STB basic license with hospitality capabilities, wake-up alarm, billing check, etc. Includes the VTV-SAP-1.0 basic applications license.

VTV-IAP-1.0 25 STB Internet Applications license

Upgrades the STB basic license with internet browsing capabilities, RSS feeds, weather, etc.

VTV-VOD-1.0 25 STB Video on Demand support license

Upgrades the STB basic license with Video on Demand capabilities for videoclub purposes.

VTV-PVR-1.0 25 STB netPVR license

Upgrades the STB basic license with network PVR capabilities for recording purposes.

VTV-DSM-1.0 VoDKAST Digital Signage Module Upgrade

Upgrades the middleware with both high and low connnectivity Digital Signage management capabilities

VTV-DSC-1.0 VoDKAST Digital Signage Channel Upgrade

Adds one Digital Signage High Connectivity Channel to the middleware. Requires a middleware with digital signage module (VTV-DSM-1.0) installed.

VTL-FUL-1.0 VoDKAST Lite Base license

Full VoDKAST middleware license for a maximum of 15 users.

VTL-DEM-1.0 VoDKAST Lite Demonstrator

Full middleware HW+SW bundle limited to 10 users.

PDS-BAS-1.0 Pulsar server license

Standalone Digital signage server base license. Not required if a Vodkast Middleware (VTV-BAS-1.0) with digital signage module upgrade (VTV-DSM-1.0) is present.

PDS-MUL-1.0 Pulsar server multi organization option

Upgrades the Pulsar Digital Signage server with multi-role, multi organization capabilities. Allows the management of several Digiltal Signage networks with the same server. Allows the management of certain elements of the digital signage schedule/templates to third party subsidaries.

PDS-LCX-1.0 Pulsar low connectivity channel generator license (< 10)

Low connectivity channel generator license, price per unit if less than 10 units.

PDS-LCL-1.0 Pulsar low connectivity channel generator license (< 50)


PDS-LCC-1.0 Pulsar low connectivity channel generator license (< 100)


PDS-LCM-1.0 Pulsar low connectivity channel generator license (> 100)

Low connectivity channel generator license, price per unit if more than 100 units.

PLT-BAS-1.0 Pulsar Lite Digital signage system

Low connectivity digital signage server and channel genrator for small deployments. Up to 10 low connectivity lite channel generators (PLT-EXT-1.0) are suported

PLT-EXT-1.0 Pulsar Digital Signage Lite extended channel generator

Upgrades a Pulsar Lite Digital signage system (PLT-BAS-1.0) with an extra low connectivity channel generator. Up to 10 channel generators are supported.

VTV-PMS-1.0 IPTV Middleware PMS integration Option

Upgrades the middleware with integration with a third party PMS system such as Micros Opera.

professIonal serVIces

LMB-INT Integration and tests

Installation of the software licenses in the server and STBs and configuration of the final system adapted to the destination network

LMB-SUP One year second level support

Provides 12x5 (more schemas available) telephonic hotline for fixing any issue with the platform via a remote vpn. I also includes continuous monitoring of the health of the systems, cloud backup of the configuration and periodic preventive maintenance tasks of the servers from our support team.

LMB-TRG Training Course

Half day in-house training course for the software products of the platform. Travel expenses excluded.


set

top

box


set top boxset top box 3736


• High Definition DVB-T Tuner (MPEG4/H264 and DVB-T MPEG2 definition.• High definition Matroska MKV/H264 files playback.• Full HD (supports 1080p – 24fps)• USB 2.0 Host port.• EPG, Parental channel control, teletext and timer.• Allows channel sort.• Recording: directly or programmed.• Rename/Delete records.• Delete files.• Timeshift.• Multilanguage OSD menu.• Customized for Iranian Market.

hIgh defInITIon sTB

The STB is the device in charge of decoding IPTV streams to display them in a standard TV set. Blusens STB includes the state-of-the-art technologies to provide the ultimate end user experience in terms of speed and interactivity with the IPTV system. It features HD capabilities up to 1080p with H.264 video and 5.1 optical audio output while providing a minimal lag between channel zapping.

t.14+

T.14+ Multimedia DVB-T HDTV TUNER

High definition DVB-T (MPEG4/H264), able of playing high definition Matroska MKV/H264 and compatible with Full HD (1080p - 24fps).Compatible with multiple multimedia formats and allows AV and component outputs including HDMI high definition output.Allows recording from conventional & HD DVB-T, recording all audios and subtitles.Timeshift function incorporated.

webtV

IP-14.1/WebTV IP/OTT Set Top Box

WebTV is a sophisticated Multimedia Center with the ability to manage, play and distribute audiovisual contents coming from Digital Terrestrial Television, Internet, WiFI connectivity or external audio, video or storage sources. Allows the connection with Internet TV platforms (OTT), IPTV and RSS’s thematic service access and other applications.Conectivity with wireless networks (802.11g) up to 54Mbps and Ethernet Networs 10/100Mbps.

• Compatible with Internet TV (OTT).• IPTV server and player.• HD Media Player.• Allows new application installations.

IP-14.1/WebTV

Dimensions 13 x 12 x 4 cm

Weight 230 gr

USB 2 USB Host Ports (USB 2.0)

Compatible Devices USB Storage Devices

Video Outputs

Composite

Component

S-Video

HDMI v1.2

Audio OutputsS/PDIF (optical and coaxial)

2 composite

Network ConnectionEthernet 10/100 Mbps

WLAN 802.11b/g up to 54Mbps and Ethernet

Compatible formats

Video ASF, AVI, MP4, MPEG ES/PS/TS and Matroska (MKV)

Image BMP, GIF, JPEG, JPG, PNG

Audio MP3 and WMA

Compatible CodecsVideo MPEG-1, MPEG-2, MPEG-4, WMV9, VC-1, MPEG-4.10 (H.264), DivX

Audio MP3, AAC, MPEG-1 Layers I, II and III (MP3) 2.0, WMA9

Subtitles Files “.srt”

Client UPnP, NFS, Samba

Streaming Protocol HTTP, MMS (MMS-T), MMS-H and RTSP

T.14+

Dimensions 219 x 135 x 38 mm

Weight 400 gr

USB USB Host 2.0 Port High Speed

Video Outputs

Composite

YPbPr Component

HDMI 1.3 High Definition (Full HD 1080p Supports)

Audio Outputs Stereo

RF antenna in IEC connector + loopthrough output

Compatible formats

Video MPEG 1-2, MPEG 4.2-XVID, MPEG AVC 4.10 H264, MPEG 4.14 NERO DIGITAL, AVCHD

Image JPEG, BMP and PNG

Audio MP3, AAC, WMA

Containers AVI, MP4, MPG, VOB, TS, TP, MKV, MP3, AAC, M4A, WMA, MOV, M2TS

Compatible USB drives

2GB, 4GB, 8GB, 16GB, 32GB

FAT32/NTFS 128GB, 256GB, 500GB, 1TB, 1.5TB




set top boxset top box 3938


T.14

Dimensions 22,8 x16,5 x 4 cm

Weight 694 g

USB USB Host Port

Video OutputsAntenna RF input and output

HDMI 1.3 high definition output (Full HD, supports 1080p)

Audio Outputs SPDIF Coaxial and optical audio output

Compatible formats

Video MPEG 1-2, MPEG 4.2-XVID, MPEG AVC 4.10 H264, MPEG 4.14 NERO DIGITAL, AVCHD

Image JPEG, BMP y PNG

Audio MP3, AAC, AC3, WMA, EAC3

Containers AAVI, MP4, MPG, VOB, TS, TP, MKV, MP3, AAC, M4A, WMA, MOV, M2TS

t.14

T.14 HD DTT Set Top Box

• High definition DVB-T (MPEG4/ H264), able of playing high definition Matroska MKV/H264 High Profile L4.0 files and compatible with Full HD (1080p - 24fps).

• Compatible with multiple multimedia formats and allows multiple AV outputs including HDMI high definition output.

• Allows 24 hours of continuous recording from conventional & HD DVB-T and programmable channel recordings.

• High Definition DVB-T Tuner (MPEG4/H264) and DVB-T MPEG2 definition.• High definition Matroska MKV/H264, High Profile L4.0 files playback.• Full HD (supports 1080p - 24fps).• USB Host port.• EPG, Parental channel control, teletext and timer.• Allows channel sort.• Recording: directly or programmed.• English, spanish, galician, basque and catalonian OSD language menu.



Vod

str

eam

ing

clus

ter


Vod streamIng clUsterVod streamIng clUster 4342


The VoD cluster is the group of servers responsible of storing and streaming the on-demand contents to each STB managed by the middleware. The cluster can be divided into several storage and caching levels with one or more specific node at each level. The most common approach is to have one or two levels with one node each.

In the first level, the storage nodes store and replicate the multimedia content library. At the second and further levels, the streaming nodes act as both streamers and caching nodes, providing the capacity to answer the queries from the STB faster than from the first level.When a STB asks for a movie to a streamer, the streamer checks if the movie is stored locally in its own memory. If the content is available locally, the streaming starts immediately, otherwise, the streamer asks the storage to stream the content to itself. The content is then served through the streamer to the STB. At the same time, the content is split in two and cached locally in the streamer to speed up the subsequent accesses from other users to the same movie.

This clustering approach means that the storing and streaming requirements can grow independently from each other making it possible to adapt the system to any installation size.

VoDKAST Architecture Graphic

sTorage nodes

SN.12 Up to 2 tb storage node

The storage nodes, with an optional external disk array, provide storage of any content of the media library, ensuring fast access, fault tolerance, continuous data output and the capacity of redimensioning the network while in operation.The storage facility will store both the VoD, NetPVR, playout and metadata of the whole media library of the hospitality system.The storage capabilities of the platform can be increased by adding more storage nodes, independently from the streaming capacity required.

Up to 2 tb storage node

• Up to 2 TB storage node.• Capable of storing up to 450 hours of SD video or 180 hours of HD video.• RAID 1 mirroring to ensure data redundancy.• Gigabit Ethernet output.• Optional 10 Gigabit Ethernet output.• 1 Disk Maximum fail tolerance.

SN.12

Architecture


Cache




Main memory









Solaris 10 OS

OpenSolaris™ OS




VMware ESX 3.5





Management


– VGA 8 MB: 1,024x768 at 60 Hz













SN.12

Environment









AC power: 100–240 V AC (47–63 Hz)

Regulations



Immunity EN 55024, EN 300 386 v1.3.3

Certifications









MAX 13.9 kg (30.6 lbs.)

Mounting option









SN.148

Architecture

Disk system

Six on board LSI disk controller chips each directly connects to 8 SATA drives for max data throughput

48 hot-swappable, 3.5-in. SATA II HDD internal disks: 250 GB, 500 GB, 1000 GB 7200-RPM disks available; 48 TB total capacity

Software RAID enabled by RAID-Z, RAID-Z2 in Solaris ZFS, other Linux, or Windows RAID code

Processor

Two quad-core AMD™ Opteron processors, Model 2356

One 512Kb Level 2 cache per core 2 MB L3 cache per processor

Main memory

Sixteen DDR-2 DIMM slots (eight DIMM slots per CPU socket); 32 GB with 2 GB DIMMs, 64 GB with 4 GB DIMMs and 128 GB when 8GB DIMM is qualified

Four 10/100/1000Base-T Ethernet ports

Network management: One dedicated 10/100Base-T Ethernet port

Serial: One TIA/EIA-232-F asynchronous, RJ45 connector

USB: Four USB 2.0 ports (two front and two rear)

Video: VGA video port

Expansion slots: Three internal MD2 low-profile PCI-E slots, 8x wide each

One compact flash disk port for OS booting


Solaris 10 05/08 preinstalled

Standard Linux distributions, SLES10 SP1 64 bit, Rhel4.6 & 5.1 64 bit

Windows 2003 Standard and Enterprise version 32 bit and 64 bit

OS Booting

Booting from the flash disk is supported by Solaris, Linux and windows, the external flash Disk OS booting saves up to 2 TB HDD capacity for data

Two mirrored OS drives are also configured on two different disk controllers for max availability

Networking

ONC™, ONC+TM, NFS, WebNFS, TCP/IP,

SunLink™, OSI, MHS, IPXTM/SPX, SMB

technologies, and XML

Management

Integrated Lights Out Manager (ILOM) service processor providing: CLI (in-band and out-of-band), IPMI 2.0 (in-band and out-ofband), SNMP (out-of-band only)

Sun xVM Ops Center — manage from one to hundreds of systems from a central location

SN.148

Environment AC power

100-240 V AC, 50-60 Hz, 10 A, 100 V support is with 3 power supply unit configuration with 2+1 redundancy

Operating temperature/humidity

5°C to 32°C (37°F to 91°F), 10-90 percent relative humidity, non condensing, 27°C max. wet bulb

Non operating temperature/humidity

-40°C to 65°C (-40°F to 149°F), up to 93 percent relative humidity, non condensing, 38°C max. wet bulb

Operating altitude

Up to 3048 m; maximum ambient temperature is derated by 1°C per 300 m above 900 m

Non operating altitude

Up to 12000 m

Acoustic noise

LwAd (1B = 10 dB): At or below 25°C, 7.5B, at max. ambient, 8.5B

LpAm bystander: At or below 25°C, 65 dB, at max. ambient, 75 dB

Mounting option 19-inch rackmount kit

Power

Dual-redundant, hot-swappable power supply

Power supply output rating: 1,500 W

Maximum system consumption 1,180 W

Regulations (meets or exceeds)

Safety: IEC60950, UL/CSA60950, EN60950,

CB scheme with all country differences

RFI/EMI: FCC Class A, Part 15 47 CFR, EN, 55022, CISPR 22, EN300-396: v1.31, ICES-003

Immunity: EN55024, EN300-386:v1.3.2

Certifications

Safety: cULus Mark, CE Mark, GOST R, S-Mark

EMC: CE Mark (93/68/3EEC); Emissions and Immunity — Class A Emissions Levels: FCC, VCCI, C-Tick, MIC, GOST R2, BSMI2

Other: Labeled per WEEE (Waste Electrical and Electronic Equipment) Directive


Height 6.89 in./175.05 mm

Width 17.28 in./439 mm

Depth 29.52 in./749.90 mm

Weight 170 lbs./77 kg


SN.148 Up to 48 tb storage node

Up to 48 tb storage node

• Scales from 6 to 48TB storage space.• RAID 5 redundancy.• Capable of storing 20000 hours of SD video or 8000 hours of HD video.• Gigabit Ethernet output.• Optional 10 Gigabit Ethernet output.• More than 1 Disk Maximum fail tolerance.

sTreamIng nodes

300 mbps streamer cache node

Up to 300 Mbps of streaming capacity. It can stream up 60 SD streams or up to 25 HD streams.

CN.1300 300 Mbps Streamer Cache Node

• Up to two hard disks.• RAID 1 redundancy.• Gigabit Ethernet output.• Optional 10 Gigabit Ethernet output.• 1 Disk Maximum fail tolerance.

CN.1300

Architecture



Main memory

DIMM Slots Memory Type

Up to 32 GB of 800 MHz ECC FB-DIMM or 667 MHz ECC FB-DIMM

Memory Configuration

4 GB total memory. System configurations from 1 GB up to 32 GB






Serial: RJ-45





Solaris OS 10 or GNU/Linux






Environment






PowerSingle PSU

AC power: 100–240 V AC (47–63 Hz)

Regulations



Immunity EN 55024, EN 300 386 v1.3.3

Certifications






Width 425.5 mm (16.8”)

Depth 633.7 mm (25”)



RoHS-compliant labeled, per WEEE (Waste Electrical and Electronics Equipment) Directive (2002/95/EC)





CN.11200 1200 Mbps. Streamer Cache Node

1200 mbps streamer cache node

Up to 1200 Mbps of streaming capacity. It can stream up to 240 SD streams, or up to 100 HD streams.

• Up to four hard disks.• RAID 1+0 redundancy.• Gigabit Ethernet output.• Optional 10 Gigabit Ethernet output.• 2 Disk Maximum fail tolerance.

CN.11200

Architecture


Cache




Main memory









Solaris 10 OS

OpenSolaris™ OS




VMware ESX 3.5





Management


– VGA 8 MB: 1,024x768 at 60 Hz













CN.11200

Environment









AC power: 100–240 V AC (47–63 Hz)

Regulations



Immunity EN 55024, EN 300 386 v1.3.3

Certifications









MAX 13.9 kg (30.6 lbs.)

Mounting option






oPTIonal feaTures

storage replIcatIon

Storage replication is an optional feature that allows the stored media to be automatically replicated in another server, even in another building to provide fault tolerance and transparent backup features to the VoD cluster.

transcodIng

VoD streaming require that the content is encoded in a certain way so that all the elements of the network know how to handle the data. A transcoding node will enable the operator to load the content in any format and store it in as many ones as required, so that the same content can be streamed in different qualities.

VIrtUal tIcKetIng

Virtual ticketing is a technology which ensures that the access URL for a media content is created for one specific STB, so it can be only watched by this STB even if the URL is stolen by another user. The unauthorized access to any content is blocked and the incidence is reported.Virtual ticketing is not a DRM mechanism, is an access control mechanism.

load balancIng

Load balancing is an optional feature that is continually monitoring the current streaming load of every streamer. The queries of a STB for a specific content can be automatically redirected to the least busy streamer so the total load of the cluster is equitably distributed through all the streamers.

The streaming nodes are the connection points between the VoD cluster and the STB with VoD capabilities. Its responsibility is to store locally the most demanded contents to provide fast response and to automatically get the least demanded contents from the storage nodes and store it locally for further queries for the same content.The streaming capabilities of the platform can be increased by adding more streaming nodes independently from the storage space required.

STREAMING POWERUnlimited growing capacity by addition of new nodes.

VoD FUNCTIONSVCR functions Play, Pause, Stop, Reverse and Fast-forward.Trick modes default x6 x12 FF and REW speeds (the available speeds are configurable at installation time)

SUPPORTED STREAMING FORMATSVideo MPEG-1/2, MPEG-4/AVC(h.264), both SD and HD qualities.Audio MPEG-1/2, MP3, AAC.

SUPPORTED STREAMING PROTOCOLSStreaming Transport Stream over RTP, HTTP, etc.Control RTSP with OVS extensions.


Ip c

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ion

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Ip contrIbUtIon head-endIp contrIbUtIon head-end 5150


The contribution head-end, part of the Blusens blu:core line, is the part of the system in charge of obtaining live content from any source and perform the appropriate operations to transform this feeds into multicast IP streams capable of being transferred through the IP network. Once these streams are in IP format, the middleware is the responsible of granting or revoking the access of each STB to them.

According to the source of the live video the contribution can be digital or analog. In the first case the feeds will come from satellite (DVB-S) terrestrial (DVB-T) or cable (DVB-C) broadcasts. On the other hand, for the analog contribution, the input will be composite or s-video, both in PAL or NTSC formats.

As the content distributed in DVB-S/T/C is already an MPEG2-TS stream, the operation performed by the digital contribution is remove the QPSK, QAM or any other transport layer and substitute it by IP. That's why the digital video stream is not modified in any moment and the broadcast quality is maintained during the whole distribution of the channel through the IP network.

For the analog contribution option, the first step is encoding the original analog source into MPEG-2 digital format. Once this step is done, the stream behaves exactly the same as a digital stream being transferred through the network.

dIgITal conTrIBuTIon

The digital contribution IP Streamer offers a complete professional video head-end solution. It is built around a modular platform, that brings the capability of hosting as many tuning modules as required. This way, the scalability of the platform is assured by providing a higher density, lower cost and better reliability system due to its integrated architecture.The IP Streamers can receive MPEG-2 transport streams from a variety of input sources (ASI, DVB-S/S2, DVB-T, IP and DVB-C, with QPSK, 8PSK, COFDM or QAM modulations) and can descramble and re-scramble selected services, before streaming it via IP or ASI.All the elements of the system are continuously monitored, including decoding CAM modules via a web-based Management Interface, which enables remote configuration of all modules,real time status of their performance, and presentation of service related information. The streamer supports full analysis of PSI/SI (PSIP in later release) and regenerates all tables as required.

• GB IP (electrical or optical), ASI, DVB-S/S2, DVB-T and DVB-C inputs.• GB IP (electrical or optical) and ASI output MPTS or SPTS. Supports multiple of output modules.• Multiplexing.• PSI/SI regeneration.• Support for AES SW descrambling.• Support DVB and AES scrambling, simulcrypt interface based.• Intuitive web-based user control.• SNMP Alarm MIB.• SOAP/XML Interface.

SC/CAB1PSSW 10 Slot Contribution Chassis

• Up to 24 ASI or 16 DVB-S/S2, DVB-T, DVB-C Inputs.• Up to 8 DVB common interface slots for DVB descrambling.

SC/CAB1PSSW-IPOUT 10 Slot Contribution Chassis

SC/CAB1PSSW-IPOUT4CI 10 Slot Contribution Chassis

SC/CAB4PS-03 16 Slot Contribution Chassis

• Up to 45 ASI or 28 DVB-S/S2, DVB-T, DVB-C Inputs.• Up to 14 DVB common interface slots for DVB descrambling.

SC/CAB4PS-04 16 Slot Contribution Chassis

SC/SWM

• Gbit/s routing between modules in a chassis.

• Integrated from the front.

SC/CAB1PSSW-IPOUT-IPOUT4CI• Modular configuration with up to 9+1 board positions.• WEB based configuration, SNMP Alarms, SOAP/XML

interface.• Forced air-cooling.• Hot-swappable modules in back.• Optional IP IO and descramblers in front.

SC/SWM• Gbit/s routing between modules in a chassis.

• Integrated from the front.

SC/CAB4PS-03• Modular configuration with up to 16+2 board positions.

• WEB based configuration, SNMP Alarms, SOAP/XML interface.

• Forced air-cooling.• Hot-swappable modules.• Dual redundant hot-swappable 300 W power supply.• 4 individually monitored hot-swappable fans.

chassIs

SC/MX Multiplexing

Provides support for remultiplexing output streams in the headend. It is required to provide EPG services to the middleware.




• 10/100/1000BaseT input card (RJ45)• Mini-GBIC interface (SFP) for optical input.• Supports UDP/RTP Multicast/Unicast reception.• Supports reception of MPTS and SPTS.• Service filtering.• PCR regeneration.• 10/100/1000BaseT management port (RJ45)• Enables WEB management.• 1 slot wide.

• 4xQAM inputs.• F connector.• 0.87-6.9 Ms/s.• Supports reception of MPTS and SPTS.• Service filtering.• ASI Monitoring port.• 10/100/1000 BaseT management port (RJ45)• Enables WEB management.• 2 slots wide.

• 4xQPSK inputs.• F connectors.• DVB-S mode.• 950 – 2150 MHz Frequency Range.• 1-45 MSym/s.• 1/2, 2/3, 3/4, 5/6, 7/8 FEC.• Supports reception of MPTS and SPTS.• Service filtering.• ASI Monitoring port.• 10/100/1000BaseT management port (RJ45)• Enables WEB management.• 2 slots wide.

• 4xDVB-S/S2 inputs.• F connectors.• DVB-S, DVB-S2 QPSK and 8PSK modes.• 950 – 2150 MHz Frequency Range.• 1-45 MSym/s (mode dependent)• 1/2, 2/3, 3/4, 5/6, 7/8, 8/9, 9/10 FEC (mode dep.)• Supports reception of MPTS and SPTS.• Service filtering.• ASI Monitoring port.• 10/100/1000BaseT management port (RJ45)• Enables WEB management.• 2 slots wide.

• 4xCOFDM inputs.• F connector.• 1/2, 2/3, 3/4, 5/6, 7/8 FEC.• 2k and 8k carrier mode.• QPSK, 16QAM, 64QAM modulation.• Supports reception of MPTS and SPTS.• Service filtering.• ASI Monitoring port.• 10/100/1000 BaseT management port (RJ45)• Enables WEB management.• 2 slots wide.

• 3xASI input.• BNC connectors.• 213 Mbit/s per input.• Supports reception of MPTS and SPTS.• Service filtering.• PCR regeneration.• 10/100/1000BaseT management port (RJ45)• Enables WEB management.• 1 slot wide.

InpUt modUles

SC/GBIPIN-MMI Ethernet Input SC/3ASI-MMI ASI Input w/Management

SC/4DVBS-MMI DVB-S Input w/Management SC/4DVBSS2-MMI DVB-S/S2 Input w/Management

SC/4QAM-MMI DVB-C Input w/Management SC/4COFDM-MMI DVB-T Input w/Management

• 10/100/1000BaseT input card (RJ45)• Mini-GBIC interface (SFP) for optical input.• Supports UDP/RTP Multicast/Unicast

transmission.• Supports multiple of output cards.• Streaming of up to 850 Mbit/s.• Maximum 250 service per output card.• Supports streaming of SPTS.• Support streaming of MPTS with Multiplexing

(optional)• PSI/SI regeneration.• PCR regeneration.• 1 slot wide.

• 4xASI outputs.• BNC connectors.• 213 Mbit/s per output.• 4 Different multiplexed outputs.• Maximum 250 services per card.• PSI/SI regeneration.• PCR regeneration.• 1 slot wide.

• 2xDVB Common interface.• Descrambling of 2-8 services (depends on

common interface)• Support for all major CA systems and CAMS.• 1 slot wide.

• DVB CA compliant scrambling (CSA) and AES compliant scrambling.

• Scrambles up to 250 services, maximum 850 Mbit/s.

• Supports partial scrambling and PVR.• Support scrambling of MPEG-2 and H.264 in

SD&HD.• DVB Simulcrypt compliant.• 10/100/1000BaseT IP interface towards CA

system (RJ45)• Handles up to 250 ECM’s.• 1 slots wide.

• 2 SDI/HDSDI outputs per decoder• MPEG2 and MPEG4 (H264) SD and HD• VBI re-insertion (WSS, WST/EBU Teletext, VPS,

VITS)• DVB and EBU subtitling• 2 SDI /HDSDI outputs per decoder• 1 slot wide

• 2 decoders per module• MPEG-2 DVB 4:2:0 MP@ML decoding• VBI re-insertion (WSS, WST/EBU Teletext, VPS,

VITS)• DVB and EBU subtitling• 2 DVB Common Interfaces. One per channel• High performance RF modulation and up-

conversion• 47 – 862 MHz frequency range• F connector output with both channels combined• Ttest output – F connector• External mute of RF output• NICAM or A2 stereo audio (option)• 2 slots wide

processIng modUles

oUtpUt modUles

SC/2CI Descrambler SC/DVBSCS250 Scrambling

SC/GBIPOUT Ethernet Output SC/ASIOUTMX ASI output

SC/ADMSDIHD 4HD Decoder with SDI Output SD/HPDDMRF Dual Decoder w/RF output and NICAM/A2




analog conTrIBuTIon

The analog contribution modules can receive any analog signal in composite or S-Video format and transform it into MPEG2-TS multicast IP streams to inject it into the IP network providing a convenient way to integrate legacy video generating systems in the IPTV system. Once transformed by this modules, the streams can be treated exactly the same as the live TV streams coming from the digital contribution head-end, the playout server or the Digital Signage server.

The analog contribution series consists of 3 different sized models, enabling custom-sized streaming systems: Ranging from the ultra-compact 1 slot chassis (max. one blade) up to the rackable 21 slot chassis (max. 21 blades) for high-density and multichannel streaming applications, the later one with dual redundant power supplies. All the chassis series supports easy replacement and hot-swapping/hot-plugging of inserted blades.

The chassis models are professional and industrial grade enclosures. The chassis ensure ideal operating conditions for video blades and enable 24/7 operation.

chassIs

AC.11

• Single channel blade chassis, 5V DC, 10W, 100-240V AC.• External power supply included.• Dimensions (H/W/D): 45mm x 145mm x 240mm.• Weight: 650 grams.• No forced cooling required (fanless)

AC.12

• Dual channel blade chassis, 5V DC, 10W, 100-240V AC.• External power supply included.• Dimensions (H/W/D): 75mm x 145mm x 240mm.• Weight: 950 grams.• No forced cooling required (fanless)

AC.121

• High-density, multichannel chassis, holds max. 21 blades.• Internal dual, redundant power supply: Max. 150W with 21

blades, 90-240V AC.• Dimensions (H/W/D): 176(4RU) x 480 x 400 mm.• Weight: 9,5 Kg empty.

AM.300 MPEG-2 SD encoder blade with SDI Video input

AM.100 MPEG-2 SD encoder blade with COMPOSITE input

AM.200 MPEG-2 SD encoder blade with Y/C, S-Video input

All video blade models process input streams in full DVD-quality for professional MPEG-2 SD streaming to any kind of device. AM encoder blades are built for robust 24/7 LIVE encoding operations and can be used in tough environmental conditions. They are designed without any moving parts, making them diskless, fanless and noiseless.

encodIng blades

PROFESSIONAL QUALITY

The encoders incorporate low-latency compression technology and professional signal processing, creating full resolution and smooth motion DVD-quality video streams.

Simple setupConnect LAN Ethernet and a video/audio input signal and the AM encoder will turn into a true video networking “port”, transmitting your video in digital form over IP networks.

Easy configurationTo access the intuitive graphical user interface use your standard web browser from any PC on the network, no special or additional tools required.

Extremely robust and durableThe AM encoders runs on an embedded real-time platform. This blade is designed without any moving parts, as hard drives/fans, to ensure system uptime, reliability and noiseless operation. The AM can be used in extreme operating conditions and at temperatures up to 65°C.

AM encoders

Encoding Specifications

Standards PAL, NTSC

Video Inputs

Composite Input 1 VPP, 75 Ohm (BNC)

S-Video Input 1 VPP (Y), 0,3 VPP (C - Pal), 0,286 VPP (C - NTSC), 75 Ohm (miniDIN)

SDI Input 0,8 VPP, 75 Ohm (BNC), embedded audio supported for orders of min. 50 units

Video Resolutions

Full D1 720h x 480/576v, 2/3-D1: 704h x 576/480v

Half D1 384h x 480/576v, CIF/SIF: 384h x 240/288v

Audio Inputs Unbalanced Analog Stereo, Line level, 3.5mm jack (mini jack)

Audio Outputs (TALKBACK) Analog Dual Mono, Line level 3.5mm jack (mini jack)

MPEG-2 Video Encoding MPEG-2 (ISO/IEC 13818-2), Main Profile at Main Level (MP@ML), 4:2:0

Stream Types

ISO/IEC 13818-1 Transport

ISO/IEC 13818-2,3

Elementary A/V

Video Encoding Bitrates 800Kb/s – 15Mb/s (CIF/SIF min. 800Kbit/s, Full D1 min. 2Mbit/s)

MPEG-2 Audio Encoding MPEG-1 Audio Layer 2 (ISO/IEC 11172-3 Layer 2)

I/O Specifications

Network 10/100TX Ethernet, RJ45, half/full duplex, Auto-sensing

Streaming Traffic Unicast and Multicast traffic supported

IP Protocols HTTP (Web Browser), TCP/IP Control Protocol, UDP/IP Streaming, IGMPv2, Supports SAPv1, SNMP, DHCP

RS-232/485 port Remote control for non IP devices via TCP/IP RS-232/485 command tunnelling

GPI 1 INPUT, for device control: streaming on/off configuration

Environmental

Agency Approvals CE, RoHS

Humidity Up to 80%, non-condensing

Temperature 0 to +65°C environment temperature; fanless when operated in FR-110 or FR-210 chassis

Weight Approx. 150 grams

Blade dimensions (H/W/D) 20mm x 130mm x 190mm

Power 5W per blade

Limited Warranty 1 year standard limited warranty. Warranty extensions available.



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neT PVr

VoDKAST Network Personal Video Recorder (VoDKAST nPVR) increases the possibilities of the VoDKAST platform with the capability of recording, indexing and managing live video sources. This way, it is possible for the user to record live broadcasts, and store it in the VoD streaming cluster storage space for later on demand recovery, providing several services, for example:

- Schedule network recordings. The recordings can be managed directly from the EPG or manually programmed. The users decide which programs they want to record and this programs are automatically recorded in VoDKAST servers. Later, the users will be able to watch the recordings on demand when needed.

- Legal filing systems. For continuous recording of video broadcasting and their later recovering. The Legal filing systems incorporates the EPG information for easy browsing of the recorded contents. This kind of cyclic recordings can be integrated with video surveillance systems. It also supports Catch Up TV services, or live shows recording for the later on demand re-broadcasting.

The NetPVR allows the implementation of Time Shifting for TV channels which allows to the users that are watching a TV channel, to pause and recover it from the beginning of its broadcast using on demand video controls.

Due to legal reasons, VoDKAST nPVR offers several configuration options of the filling systems:

• Option “one single copy” to manage a single physical recording and several logical recordings.

• Option “multiple copies” to manage multiple physical copies• Option “legal file”. Live indexing of the recordings to allow recovering via

positioning inside the recorded media.

VR.100 NetPVR Server Node

VR.100

Architecture

Disk system

Six on board LSI disk controller chips each directly connects to 8 SATA drives for max data throughput

48 hot-swappable, 3.5-in. SATA II HDD internal disks: 250 GB, 500 GB, 1000 GB 7200-RPM disks available; 48 TB total capacity

Software RAID enabled by RAID-Z, RAID-Z2 in Solaris ZFS, other Linux, or Windows RAID code

Processor

Two quad-core AMD™ Opteron processors, Model 2356

One 512Kb Level 2 cache per core 2 MB L3 cache per processor

Main memory

Sixteen DDR-2 DIMM slots (eight DIMM slots per CPU socket); 32 GB with 2 GB DIMMs, 64 GB with 4 GB DIMMs and 128 GB when 8GB DIMM is qualified

Four 10/100/1000Base-T Ethernet ports

Network management: One dedicated 10/100Base-T Ethernet port

Serial: One TIA/EIA-232-F asynchronous, RJ45 connector

USB: Four USB 2.0 ports (two front and two rear)

Video: VGA video port

Expansion slots: Three internal MD2 low-profile PCI-E slots, 8x wide each

One compact flash disk port for OS booting


Solaris 10 05/08 preinstalled

Standard Linux distributions, SLES10 SP1 64 bit, Rhel4.6 & 5.1 64 bit

Windows 2003 Standard and Enterprise version 32 bit and 64 bit

OS Booting

Booting from the flash disk is supported by Solaris, Linux and windows, the external flash Disk OS booting saves up to 2 TB HDD capacity for data

Two mirrored OS drives are also configured on two different disk controllers for max availability

VR.100

Networking

ONC™, ONC+TM, NFS, WebNFS, TCP/IP,

SunLink™, OSI, MHS, IPXTM/SPX, SMB

technologies, and XML

Management

Integrated Lights Out Manager (ILOM) service processor providing: CLI (in-band and out-of-band), IPMI 2.0 (in-band and out-ofband), SNMP (out-of-band only)

Sun xVM Ops Center — manage from one to hundreds of systems from a central location

Environment AC power

100-240 V AC, 50-60 Hz, 10 A, 100 V support is with 3 power supply unit configuration with 2+1 redundancy

Operating temperature/humidity

5°C to 32°C (37°F to 91°F), 10-90 percent relative humidity, non condensing, 27°C max. wet bulb

Non operating temperature/humidity

-40°C to 65°C (-40°F to 149°F), up to 93 percent relative humidity, non condensing, 38°C max. wet bulb

Operating altitude

Up to 3048 m; maximum ambient temperature is derated by 1°C per 300 m above 900 m

Non operating altitude

Up to 12000 m

Acoustic noise

LwAd (1B = 10 dB): At or below 25°C, 7.5B, at max. ambient, 8.5B

LpAm bystander: At or below 25°C, 65 dB, at max. ambient, 75 dB

Mounting option 19-inch rackmount kit

Power

Dual-redundant, hot-swappable power supply

Power supply output rating: 1,500 W

Maximum system consumption 1,180 W

Regulations (meets or exceeds)

Safety: IEC60950, UL/CSA60950, EN60950,

CB scheme with all country differences

RFI/EMI: FCC Class A, Part 15 47 CFR, EN, 55022, CISPR 22, EN300-396: v1.31, ICES-003

Immunity: EN55024, EN300-386:v1.3.2

Certifications

Safety: cULus Mark, CE Mark, GOST R, S-Mark

EMC: CE Mark (93/68/3EEC); Emissions and Immunity — Class A Emissions Levels: FCC, VCCI, C-Tick, MIC, GOST R2, BSMI2

Other: Labeled per WEEE (Waste Electrical and Electronic Equipment) Directive


Height 6.89 in./175.05 mm

Width 17.28 in./439 mm

Depth 29.52 in./749.90 mm

Weight 170 lbs./77 kg



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It is a new and cost effective way of increasing brand or product visibility in public areas. Using IP technology we can create advertising channels that provide wanted information and, thus, attract an attention that static advertising may not. Furthermore, the marketing campaign can be much more defined and focused, issuing the message to the appropriate market profile, at the right location and time, and creating a far more indelible impression.

WhaT Is dIgITal sIgnage?

The extensive experience and knowledge of the Pulsar product team, in both large installation and VoD management, makes it the right tool to face any challenges related to security, user experience, immediacy and management of remote locations.

Pulsar is a complete product that enables the operator to have full control, from a central location, of the full system, including screen layouts, content, program grill, etc.

WhaT can dIgITal sIgnage do for you?

Pulsar Digital signage solution allows you to create a multimedia advertising solution for providing content to hundreds of screens simultaneously. It also allows you to manage and monitor on real time what is being broadcast on each screen.

The playout solution is the simplest digital signage platform and allows you to feed the signage screens with a full screen sequence of videos, but, if you want more flexibility for, for example showing more than one video at once, Pulsar Digital Signage platform is your answer.

The Pulsar video distribution is supported by the most advanced IPTV technologies providing a high connectivity solution in which the video streams are transferred through the network as multicast IP streams low connectivity solution in which the multimedia contents are distributed and then stored locally in each screen, so a problem in the network won’t affect to the video shown in the screens.

SHOPPING MALLS, SHOWROOMS, RETAIL SHOPS

By melting the powerful advertisement capabilities of the Digital Signage solution and the flexibility of content distribution through an IPTV platform, a commercial surface of any size can deploy from one to hundreds of advertising screens in all its branches reaching more customers and having full control from the headquarters.




Pulsar gives you the simplest mechanism to provide the most advanced Digital Signage experience in four easy steps.




STEP 1

Select the resolution of the output screen, Pulsar can work with SD, HD, 16:9, 4:3, etc. Any resolution is supported.

Divide the output screen space into any number of regions and select the size for each region with the drag and drop interface

It’s even possible to overlap the regions if desired.

STEP 2

Upload the multimedia content to the server. Any content is supported MPEG-2, MPEG-4, DIVX, h.264, Adobe Flash animations and video, JPEG, TIFF, etc.

It’s also possible to associate an external information source to any resource. This way you can deploy a flash animation with weather information, and the information to fill the template will be gathered form Internet.




STEP 3

Compose a schedule of programs by filling the layouts defined in the step 1 with the resources defined in the step 2.

The layout can change within a schedule so you can deploy a full screen video and then split the screen in four regions with a different RSS feed in each.

STEP 4

Assign one of the schedules defined in the step 3 to any of the screens available in the network.

The administrator can check in real time what is being broadcast in each screen at any moment.


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PlayouT serVer

With the playout server, the administrator can generate continuous loops of full screen pre-scheduled contents and inject it in the network as multicast streams. This is the easiest and simplest way of creating Digital Signage information channels.

These streams are created in MPEG-2 TS format and the original contents must be MPEG-2 video as well. The platform supports both standard and high definition streaming and can schedule even stored and live TV contents under a common schedule.

Playout Server Architecture

PS.100 Playout Server

• Generates TV channels from realtime video feeds and stored content.• Connects to VoDKAST servers to retrieve stored on-demand multimedia, or to access remote real-time

encoders.• Generates an IPTV multicast or broadcast channel.• Scheduling can be controlled from the graphical user interface integrated in the VoDKAST Management

Desktop.• An XML/HTTP API is also provided for easy integration with third party control systems.• Both RTP and Transport Stream output formats are supported.

seamless splIcIng

Optionally, VoDKAST Playout can perform seamless splicing for MPEG-2 content, thus generating a continuous, clean stream out of multiple input sources and switches.

Seamless splicing is a technology which calculates on real time the intermediate video frames during the transition between two videos in a sequence. This means when switching from one video to following, the resulting stream won’t be affected by MPEG-2 video noise providing a clean, smooth transition.

By using the advanced scheduling functions the administrator can compose multicast TV channels interspersing Live TV streaming from the satellite or a CCTV camera with local stored advertisements, each 10 minutes for example.

As the stream created shows only one video at once, a channel generator is not required, but high bandwidth network is a must. Any problem in the network connection will be reflected in the video on the screens.

sIgnage serVer

Signage Server Architecture

With Pulsar Digital Signage server the administrator can manage the whole Digital Signage platform. It controls the channel generators, composes schedules of screen templates and manages the resources used to fill these templates. It’s also responsible of uploading the resources to the channel generators in a completely bandwidth controlled way. Finally, the server will monitor on real time what is being broadcast in each screen with the local time in the screen location, triggering the proper SNMP alerts in case of any incidence.


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DS.100 Digital Signage Server

Pulsar Digital Signage server can generate any screen composition by dividing the screen into a template with smaller regions. Each region can have any loop of contents in almost any media format and the layout of the template can change accordingly to the time schedule.

A web server gives access to the platform in a hierarchical way, allowing the Digital Signage contractor to resell time slots for specific regions of certain screens to third parties making it possible to get direct revenue from this platform.

Pulsar Digital Signage server can drive as many low and high connectivity channel generators as desired, independently from the IP technology used to connect the server to the channel generators. It can also upload any given template to one or a group of Channel Generators to provide an easy and fast management of large amounts of screens. The server will also manage the synchronization of the channel generators even if they are distributed across different time zones.

It’s possible to link specific contents to a external information system, like weather RSS feeds or queue ticketing systems. The server will get the information from the external sources periodically and will upload the updated info to each screen. In case the internet connection with the server is lost, the signage screens will work with the latest available information avoiding empty spaces in the screens’ templates, for both low and high connectivity channel generators.

• Flexible screen template definition and scheduling.• Mixed Low and High connectivity channel generators management.• Screen provisioning based on the most advanced IPTV technologies.• Managed screen content provision bandwidth and scheduling.• Individual or group screen addressing.• Third parties information integration and caching.• Real Time screen monitoring.• Multiformat content.• Connection to the screens via any IP technology (Ethernet, Wifi, 3G, Satellite,

DSL, analog modem, etc.)• Integration of LiveTV, Playout or VoD contents in the templates.

PS.100

Architecture



Main memoryDIMM Slots Memory Type Up to 32 GB of 800 MHz ECC FB-DIMM or 667 MHz ECC FB-DIMM

Memory Configuration 4 GB total memory. System configurations from 1 GB up to 32 GB






Serial: RJ-45




Software Operating systemsSolaris OS 10 or GNU/Linux






Environment






PowerSingle PSU

AC power: 100–240 V AC (47–63 Hz)

Regulations



Immunity EN 55024, EN 300 386 v1.3.3

Certifications






Width 425.5 mm (16.8”)

Depth 633.7 mm (25”)




DS.100

Architecture


Cache




Main memory









Solaris 10 OS

OpenSolaris™ OS




VMware ESX 3.5





Management


– VGA 8 MB: 1,024x768 at 60 Hz













DS.100

Environment









AC power: 100–240 V AC (47–63 Hz)

Regulations



Immunity EN 55024, EN 300 386 v1.3.3

Certifications









MAX 13.9 kg (30.6 lbs.)

Mounting option







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hIgh connecTIVITy

The Channel Generators are the devices responsible of composing the final video stream by filling the template defined at the Pulsar Signage Server with the media contents in a single video stream.

Depending on the reliability of the network the streams can be generated at the head-end level with high connectivity channel generators.

The low connectivity solution is best suited to deployments where the permanent connection with the screens can not be 100% assured. In this situations, the STB connected to the screen must have local storage space to ensure 24x7 signage generation even during a network outing.

The channel generator can be deployed at the head-end level, and its output can be transferred through a trusted network.

GH.100 High Connectivity Channel Generator

Each high connectivity channel generator creates one multicast stream that can be tuned by several STB, so it can feed an unlimited number of screens with the same content. The connection between the STB and the screen can be Composite, S-Video, components, VGA, DVI or HDMI connection.

High Connectivity Digital Signage Architecture

loW connecTIVITy

With the low connectivity Channel Generator, the connection between the server and the screens can be wired or wireless, through Ethernet, Wi-Fi, a 3G mobile network or any other IP based technology. It’s even possible to connect the server in one location and the screens in any other location in the world through internet. A VPN will ensure that the data is secure while it’s being transferred through internet to the destination Channel Generators.

GL.100 Low Connectivity Channel Generator

GL.100

Processor Intel® Core™ 2 Duo T8100 (2.1GHz/800Mhz FSB/3MB cache)

Memory Up to 4GB7 667MHz Dual Channel DDR2 SDRAM

Storage Up to 320GB 3 Serial ATA Hard Drive (5400 RPM)

External ConnectionsAdditional drives can connect to IEEE1394 and/or USB 2.0 ports

Intel® Integrated Graphics Media Accelerator X3100

Audio Intel High Definition Audio 2.0

WirelessIntegrated 10/100/1000 (Gigabit) Ethernet LAN on system board

Wi-Fi Options Built-in Draft-N Wireless Networking (Optional)

Externally Accessible Ports

Five USB 2.0 compliant ports

IEEE1394a port (4-pin)

HDMI video connector

DVI video connector

Integrated network connector 10/100/1000 LAN (RJ45)

AC adapter connector

Digital Audio: S/P DIF Out

Analog Audio: Headphone (front); Line-in / Line-out (back)

Dimensions & Weight

Tall 8.8" 3.9" 2.8"

Wide 3.0" 7.9" 7.7"

Deep 8.3" 8.3" 8.3"

Security Cable lock chassis security slot


The low connectivity channel generator can be directly connected to a screen via Composite, S-Video, components, VGA, DVI or HDMI connection. The audio can be analog stereo or digital optical output.

GH.100

Available ProcessorsIntel Core™ 2 Duo processors with Intel 64 architecture

Dual-Core

1066/1333 MHz Front Side Bus

3, 4, or 6 MB L2 cache

Virtualization Technology

Chipset Intel X38 Express chipset

Expansion Slots (see system board section for more details)

3 PCI slots (full-height, full-length)

1 PCI Express x8 slot (x4 functionality)

1 PCI Express x1 slot (half length)

2 PCI Express x16 Gen2 slots (one dedicated for graphics)

Expansion Bays (see storage section for more details)

2 internal 3.5” bays

1 external 3.5” bay, 3 external 5.25” bays*

* Third external 5.25” bay is not full depth in side orientation.

Front I/O 2 USB 2.0, 1 IEEE 1394 (requires optional PCI card to function), 1 audio out, and 1 microphone.

Internal I/O 1 USB 2.0 Type A Receptacle, 2 USB 2.0 headers

Rear I/O 7 USB 2.0, 1 serial, 1 optional serial port, parallel port, 2 PS/2, RJ-45 (NIC), 1 External SATA, 1 audio line in, 1 audio line out, 1 microphone in; audio ports can be retasked to function as line in, line out, microphone, or headphone.

Interfaces Supported 1 SATA 3 Gb/s interface (5 internal, 1 external SATA connectors)

On-board RAID Support SATA

Chassis Dimensions (W x D x H)

Standard mini tower Orientation: 6.6 x 17.9 x 17.7 inches

16.8 x 45.6 x 45.0 cm

Converted desktopOrientation: 17.7 x 17.9 x 6.6 inches

45.0 x 45.6 x 16.8 cm

WeightExact weights depend upon configuration

Minimum: 29.9 lbs (13.6 kg)

Standard: 33.3 lbs (15.1 kg)

Maximum: 43.3 lbs (19.6 kg)

TemperatureOperating: 40° to 95°F (5° to 35°C)

Non-operating -40° to 140°F (-40° to 60°C)

HumidityOperating: 8% to 85%

Non-operating 8% to 90%

Maximum Altitude (non-pressurized)

Operating: 10,000 feet; 3,000 m

Non-operating 30,000 feet; 9,100 m

Power Supply 475 watts wide-ranging, active Power Factor Correction, 80 PLUS Efficient

NIC Integrated Gbit LAN by Broadcom



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WhaT´s facIal recognITIon?

The Blusens Facial Recognition system allows the manager of a public crowded place to gather information about the people visiting such venue in real time. Shopping malls, Hospitals, Bank branches, Airports, etc. are places suitable for this kind of systems.

The system consists in a series of small cameras strategically deployed on specific places, such as adverstisement or ailes, where the crowd is expected to walk or to stop and pay attention to the advertisement shown. The system is capable of detecting the face of each person in range and identify the gender and the age, so the administrator can gather statistics about the kind of people at the venue at any given moment.

The Facial Recognition system can even calculate the number of seconds each person spends in front of the camera and determine for how long the person was looking to the camera directly during this period. By using this mechanism the property owner can discover what is the age and gender distribution on a specific moment of the day as well as if the latest changes in decoration or advertising are increasing the attention spans of the visitors.

All the information gathered via different cameras is integrated into one single server to create statistics defined specifically to fit the necessities of every authorized user of the platform. The access to this statistics and reports can be done from any device (tablets, phones, computers, etc.)

THE 4 FACTORS

1. Gender analisis: difference between men&women

2. Attendance and Attention. Attitude in front of the camera: Identifies who is looking at the screen or just standing in front of it

3. Age group: And gives you the possibility to personalize real-time advertisement depending on the age and gender

4. Traffic Monitoring: Relates people and time as we can know how many people stops in every point per hour.


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Facial Recognition System Architecture

Customizable layout per userFlexible configuration of the widgets

Facial Recognition

Contents

Camera Frame Rate Web Cam 30 fps

MiniPC

Intel Core 2 Duo

2.66 GHz

2 GB RAM

Software License

Application License

Functionality

Statistical count

Gender segregation

Graphics Package

Availability 45 days from PO


TechnIcal sPecIfIcaTIons

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glossary of measuremenTs

ADJACENT CHANNEL REJECTION (dB): The difference between the minimum gain in the channel and the maximum gain (minimum attenuation) in the adjacent channel. The adjacent channel in UHF is C±2 and in VHF is C±1).

AGC RANGE (dB): The difference between the maximum and minimum signal that is necessary for a system with AGC to keep a constant output.

BAND REJECTION (dB): The difference between the minimum gain in the amplified band and the maximum attenuation in the rejected band.

FLATNESS (dB): The difference between the maximum and minimum gain in a certain band or channel.

FREQUENCY RESPONSE: The variation in amplitude within a certain band or channel.

GAIN (dB): This is the difference between the output power of an amplifier with the characteristic impedance (75 Ω) and the input power.

MAXIMUM OUTPUT LEVEL (dBμV)DAB Amplifier: Intermodulation distance= 50 dB (2 channels 4 MHz)

FM Amplifier: UNE 523/79 standard Intermodulation distance= 54 dB

IF Amplifier: DIN VDE 0855/12 standard Intermodulation distance= 35 dB

PAL broadband amplifiers: DIN45004B standard Intermodulation distance= 60 dB

Single channel amplifiers: EN50083-5 standard Intermodulation distance= 54 dB

NOISE FIGURE: The ratio of the actual noise power generated at the output of an amplifier to that which would be generated in an ideal resistor. The lower the noise figure, the better the performance. The noise figure is expressed in (dB): NF=10 log F.

REJECTION BETWEEN INPUTS/OUTPUTS (dB): The band attenuation between inputs/outputs.

SPURIOUS (dBc): The difference in levels between the channel carrier created by a modulator or conversor and the lower side band or local oscillator. This only applies when there is a broadband channel.

THROUGH LOSSES (dB): The attenuation that is undergone by signal in a specific band between the input and output of a device.

BER (Bit Error Ratio): Measurement of signal quality after demodulation. It simply indicates what proportion of the received binary digits (bits) are incorrect – 0 received as 1 or vice-versa. BER is ultimately the best measure of digital signal quality since it tells us directly whether a picture can be displayed. In practice, when investigating reception problems, a CSI display is often more useful and MER measurements may be more appropriate, with a direct indication in dB of the ability of a receiver to decode the signal. A satisfactory result in a Digital installation such as DTT or Satellite would be <2 x 10-4

MER (Modulation Error Ratio): is a very similar parameter to C/N and is also a ratio measured in dB. It includes all other signal impairments, not just noise. It can therefore be used to give a more direct indication of decoding margin when, as is often the case, there is co-channel interference as well as noise in the channel.

MPEG-2 PROFILES

Abbr. Name Picture Coding Types Chroma Format Aspect Ratios Scalable modes

SP Simple profile I, P 4:2:0 Square pixels, 4:3, or 16:9 None

MP Main profile I, P, B 4:2:0 Square pixels, 4:3, or 16:9 None

SNR SNR Scalable profile I, P, B 4:2:0 Square pixels, 4:3, or 16:9 SNR (signal-to-noise ratio) scalable

Spatial Spatially Scalable profile I, P, B 4:2:0 Square pixels, 4:3, or 16:9 SNR- or spatial-scalable

HP High profile I, P, B 4:2:2 or 4:2:0 Square pixels, 4:3, or 16:9 SNR- or spatial-scalable

MPEG-2 LEVELS

Abbr. Name Frame rates (Hz) Max horizontal resolution

Max vertical resolution

Max luminance samples per second (approximately height x width x framerate)

Max bit rate in Main profile (Mbit/s)

LL Low Level 23.976, 24, 25, 29.97, 30 352 288 3,041,280 4

ML Main Level 23.976, 24, 25, 29.97, 30 720 576 10,368,000, except in High profile, where

constraint is 14,475,600 for 4:2:0 and 11,059,200 for 4:2:2

15

H-14 High 1440 23.976, 24, 25, 29.97, 30, 50, 59.94, 60 1440 1152 47,001,600, except that in High profile with

4:2:0, constraint is 62,668,800 60

HL High Level 23.976, 24, 25, 29.97, 30, 50, 59.94, 60 1920 1152 62,668,800, except that in High profile with

4:2:0, constraint is 83,558,400 80

mPeg-2 ProfIles and leVels

Information extracted from www.wikipedia.orgInformation extracted from www.wikipedia.orgInformation extracted from www.wikipedia.org

ETHERNET TECHNOLOGIES

Technology Transmission Speed Cable Type Maximum Distance Topology

10Base2 10 Mbps Coaxial 185 m Bus (T Connector)

10BaseT 10 Mbps Twisted Pair 100 m Star (Hub or Switch)

10BaseF 10 Mbps Optic Fiber 2000 m Star (Hub or Switch)

100BaseT4 100Mbps Twisted Pair (category 3UTP) 100 m Star. Half Duplex (hub) & Full Duplex (switch)

100BaseTX 100Mbps Twisted Pair (category 5UTP) 100 m Star. Half Duplex (hub) & Full Duplex (switch)

100BaseFX 100Mbps Optic Fiber 2000 m No hubs

1000BaseT 1000Mbps 4 Twisted Pair (category 5e or 6UTP ) 100 m Star. Full Duplex (switch)

1000BaseSX 1000Mbps Optic Fiber (multimode) 550 m Star. Full Duplex (switch)

1000BaseLX 1000Mbps Optic Fiber (monomode) 5000 m Star. Full Duplex (switch)

IEEE 802.X STANDARDS

Name Description Note

IEEE 802.1 Bridging (networking) and Network Management --------------

IEEE 802.2 Logical link control Inactive

IEEE 802.3 Ethernet --------------

IEEE 802.4 Token bus Disbanded

IEEE 802.5 Defines the MAC layer for a Token Ring Inactive

IEEE 802.6 Metropolitan Area Networks Disbanded

IEEE 802.7 Broadband LAN using Coaxial Cable Disbanded

IEEE 802.8 Fiber Optic TAG Disbanded

IEEE 802.9 Integrated Services LAN Disbanded

IEEE 802.10 Interoperable LAN Security Disbanded

IEEE 802.11 a/b/g/n Wireless LAN & Mesh (Wi-Fi certification) --------------

IEEE 802.12 Demand Priority Disbanded

IEEE 802.13 -------------- Not used (officially)

IEEE 802.14 Cable Modems Disbanded

IEEE 802.15 Wireless PAN --------------

IEEE 802.15.1 Bluetooth Certification --------------

IEEE 802.15.4 ZigBee Certification --------------

IEEE 802.16 Broadband Wireless Access (WiMAX certification) --------------

IEEE 802.16e (Mobile) Broadband Wireless Access --------------

IEEE 802.16.1 Local Multipoint Distribution Service --------------

IEEE 802.17 Resilient packet ring --------------

IEEE 802.18 Radio Regulatory TAG --------------

IEEE 802.19 Coexistence TAG --------------

IEEE 802.20 Mobile Broadband Wireless Access --------------

IEEE 802.21 Media Independent Handoff --------------

IEEE 802.22 Wireless Regional Area Network --------------

IEEE 802.23 Broadband ISDN system Experimental

neTWork TechnologIes

Information extracted from www.wikipedia.org

The IEEE 802 family of standards is maintained by the IEEE 802 LAN/MAN Standards Committee (LMSC). The most widely used standards are for the Ethernet family, Token Ring, Wireless LAN, Bridging and Virtual Bridged LANs.

Common Video Resolutions




H.264 PROFILES

Feature CBP BP XP MP HiP Hi10P Hi422P Hi444PP

I and P slices Yes Yes Yes Yes Yes Yes Yes Yes

B slices No No Yes Yes Yes Yes Yes Yes

SI and SP slices No No Yes No No No No No

Flexible macroblock ordering (FMO) No Yes Yes No No No No No

Arbitrary slice ordering (ASO) No Yes Yes No No No No No

Redundant slices (RS) No Yes Yes No No No No No

Data partitioning No No Yes No No No No No

Interlaced coding (PicAFF, MBAFF) No No Yes Yes Yes Yes Yes Yes

Multiple reference frames Yes Yes Yes Yes Yes Yes Yes Yes

In-loop deblocking filter Yes Yes Yes Yes Yes Yes Yes Yes

CAVLC entropy coding Yes Yes Yes Yes Yes Yes Yes Yes

CABAC entropy coding No No No Yes Yes Yes Yes Yes

8×8 vs. 4×4 transform adaptability No No No No Yes Yes Yes Yes

Quantization scaling matrices No No No No Yes Yes Yes Yes

Separate Cb and Cr QP control No No No No Yes Yes Yes Yes

Monochrome (4:0:0) No No No No Yes Yes Yes Yes

Chroma formats (4:2:x) 0 0 0 0 0 0 0, 2 0, 2, 4

Largest sample depth 8 8 8 8 8 10 10 14

Separate color plane coding No No No No No No No Yes

Predictive lossless coding No No No No No No No Yes

H.264 PROFILESThe standard includes the following sets of capabilities, which are referred to as profiles, targeting specific classes of applications:CONSTRAINED BASELINE PROFILE (CBP)Primarily for low-cost applications this profile is used widely in videoconference and mobile applications. It corresponds to the subset of features that are in common between the Baseline, Main, and High Profiles described below.BASELINE PROFILE (BP)Primarily for low-cost applications that requires additional error robustness, while this profile is used rarely in videoconference and mobile applications, it does add additional error resilience tools to the Constrained Baseline Profile. The importance of this profile is fading after the Constrained Baseline Profile has been defined.MAIN PROFILE (MP)Originally intended as the mainstream consumer profile for broadcast and storage applications, the importance of this profile faded when the High profile was developed for those applications.EXTENDED PROFILE (XP)Intended as the streaming video profile, this profile has relatively high compression capability and some extra tricks for robustness to data losses and server stream switching.HIGH PROFILE (HIP)The primary profile for broadcast and disc storage applications, particularly for high-definition television applications (this is the profile adopted into HD DVD and Blu-ray Disc, for example).HIGH 10 PROFILE (HI10P)Going beyond today’s mainstream consumer product capabilities, this profile builds on top of the High Profile, adding support for up to 10 bits per sample of decoded picture precision.

HIGH 4:2:2 PROFILE (HI422P)Primarily targeting professional applications that use interlaced video, this profile builds on top of the High 10 Profile, adding support for the 4:2:2 chroma subsampling format while using up to 10 bits per sample of decoded picture precision.HIGH 4:4:4 PREDICTIVE PROFILE (HI444PP)This profile builds on top of the High 4:2:2 Profile, supporting up to 4:4:4 chroma sampling, up to 14 bits per sample, and additionally supporting efficient lossless region coding and the coding of each picture as three separate color planes.HIGH STEREO PROFILEThis profile targets two-view stereoscopic 3D video and combines tools from the High profile with inter-view prediction capabilities of Multiview Video Coding extension.In addition, the standard contains four additional all-Intra profiles, which are defined as simple subsets of other corresponding profiles. These are mostly for professional (e.g., camera and editing system) applications:HIGH 10 INTRA PROFILEThe High 10 Profile constrained to all-Intra use.HIGH 4:2:2 INTRA PROFILEThe High 4:2:2 Profile constrained to all-Intra use.HIGH 4:4:4 INTRA PROFILE

h.264 ProfIles and leVels


H.264 LEVELS

LevelMax macroblocks Max video bit rate (VCL) (kbit/s) Examples for high

resolution @ frame rate (max stored frames)per second per frame BP, XP, MP HiP Hi10P Hi422P,

Hi444PP

1 1485 99 64 80 192 256128×[email protected]

176×[email protected]

1b 1485 99 128 160 384 512128×[email protected]


1.1 3000 396 192 240 576 768




1.2 6000 396 384 480 1152 1536320×[email protected]


1.3 11880 396 768 960 2304 3072320×[email protected]


2 11880 396 2000 2500 6000 8000320×[email protected]


2.1 19800 792 4000 5000 12000 16000352×[email protected]


2.2 20250 1620 4000 5000 12000 16000





3 40500 1620 10000 12500 30000 40000





3.1 108000 3600 14000 17500 42000 56000




3.2 216000 5120 20000 25000 60000 800001280×[email protected]


4 245760 8192 20000 25000 60000 80000




4.1 245760 8192 50000 62500 150000 200000




4.2 522240 8704 50000 62500 150000 2000001920×[email protected]


5 589824 22080 135000 168750 405000 540000






5.1 983040 36864 240000 300000 720000 960000




The High 4:4:4 Profile constrained to all-Intra use.CAVLC 4:4:4 INTRA PROFILEThe High 4:4:4 Profile constrained to all-Intra use and to CAVLC entropy coding (i.e., not supporting CABAC).

As a result of the Scalable Video Coding extension, the standard contains three additional scalable profiles, which are defined as a combination of the H.264/AVC profile for the base layer (2nd word in scalable profile name) and tools that achieve the scalable extension:SCALABLE BASELINE PROFILEPrimarily targeting video conference, mobile, and surveillance applications, this profile builds on top of a constrained version of the H.264/AVC Baseline profile to which the base layer (a subset of the bitstream) must conform. For the scalability tools, a subset of the available tools is enabled.SCALABLE HIGH PROFILEPrimarily targeting broadcast and streaming applications, this profile builds on top of the H.264/AVC High Profile to which the base layer must conform.SCALABLE HIGH INTRA PROFILEPrimarily targeting production applications, this profile is the Scalable High Profile constrained to all-Intra use.





WIrIng

Ethernet Cable RJ45 Pinout

Pin T568A Pair T568B Pair Wire T568A Color T568B Color

1 3 2 tip

white/green stripe white/orange stripe

2 3 2 ring

green solid orange solid

3 2 3 tip

white/orange stripe white/green stripe

4 1 1 ring

blue solid blue solid

5 1 1 tip

white/blue stripe white/blue stripe

6 2 3 ring

orange solid green solid

7 4 4 tip

white/brown stripe white/brown stripe

8 4 4 ring

brown solid brown solid


Horizontal cables should be terminated using the T568A pin/pair assignments, “or, optionally, per [T568B] if necessary to accommodate certain 8-pin cabling systems”. Despite this instruction, many organizations continue to implement T568B for various reasons, chiefly associated with tradition (T568B is equivalent to AT&T 258A). The United States National Communication Systems Federal Telecommunications Recommendations do not recognize T568B.

An Ethernet crossover cable is a type of Ethernet cable used to connect computing devices together directly where they would normally be connected via a network switch, hub or router, such as directly connecting two personal computers via their network adapters.

Automatic MDI/MDI-X Configuration is specified as an optional feature in the 1000BASE-T standard, meaning that straight-through cables will often work between Gigabit capable interfaces. This feature eliminates the need for crossover cables, making obsolete the uplink/normal ports and manual selector switches found on many older hubs and switches and greatly reducing installation errors.

Gigabit Ethernet Crossover RJ45 Pinout

Pin Connection 1: T568A Connection 2: T568A Crossed

Signal Pair Color Signal Pair Color

1 BI_DA+ 3

white/green stripe

BI_DB+ 2

white/orange stripe

2 BI_DA- 3

green solid

BI_DB- 2

orange solid

3 BI_DB+ 2

white/orange stripe

BI_DA+ 3

white/green stripe

4 BI_DB+ 1

blue solid

BI_DD+ 4

white/brown stripe

5 BI_DB- 1

white/blue stripe

BI_DD- 4

brown solid

6 BI_DB- 2

orange solid

BI_DA- 3

green solid

7 BI_DD+ 4

white/brown stripe

BI_DC+ 1

blue solid

8 BI_DD- 4

brown solid

BI_DC- 1

white/blue stripe

Gigabit Ethernet Crossover RJ45 Pinout

Pin Connection 1: T568B Connection 2: T568B Crossed

Signal Pair Color Signal Pair Color

1 BI_DB+ 2

white/orange stripe

BI_DA+ 3

white/green stripe

2 BI_DB- 2

orange solid

BI_DA- 3

green solid

3 BI_DA+ 3

white/green stripe

BI_DB+ 2

white/orange stripe

4 BI_DB+ 1

blue solid

BI_DD+ 4

white/brown stripe

5 BI_DB- 1

white/blue stripe

BI_DD- 4

brown solid

6 BI_DA- 3

green solid

BI_DB- 2

orange solid

7 BI_DD+ 4

white/brown stripe

BI_DC+ 1

blue solid

8 BI_DD- 4

brown solid

BI_DC- 1

white/blue stripe


Use shielded connections

Respect bending radius

Avoid heavy weights on the cable

Avoid heat sources

Use appropriate clamps

caBle recommendaTIons


certIfIcatIonreferences table 9594


AC.11 54

AC.12 54

AC.121 54

AM.100 54

AM.200 55

AM.300 55

CN.1300 45

CN.11200 46

DS.100 75

GH.100 78

GL.100 79

IM.1500 24

IM.12000 25

IP-14.1 36

PDS-BAS-1.0 33

PDS-LCC-1.0 33

PDS-LCL-1.0 33

PDS-LCM-1.0 33

PDS-LCX-1.0 33

PDS-MUL-1.0 33

PLT-BAS-1.0 33

PLT-EXT-1.0 33

PS.100 72

SC/2CI 53

SC/3ASI-MMI 52

SC/4COFDM-MMI 52

SC/4DVBS-MMI 52

SC/4DVBSS2-MMI 52

SC/4QAM-MMI 52

SC/ADMSDIHD 53

SC/ASIOUTMX 53

SC/CAB1PSSW 51

SC/CAB1PSSW-IPOUT 51

SC/CAB1PSSW-IPOUT4CI 51

SC/CAB1PSSW-IPOUT-IPOUT4CI 51

SC/CAB4PS-03 51

SC/CAB4PS-03 51

SC/CAB4PS-04 51

SC/DVBSCS250 53

SC/GBIPIN-MMI 52

SC/GBIPOUT 53

SC/SWM 51

SC/SWM 51

SD/HPDDMRF 53

SN.12 43

SN.148 44

T.14 38

T.14+ 37

VR.100 58

VTL-DEM-1.0 33

VTL-FUL-1.0 33

VTV-AAP-1.0 32

VTV-DSC-1.0 32

VTV-DSM-1.0 32

VTV-IAP-1.0 32

VTV-LTV-1.0 32

VTV-MID-1.0 32

VTV-PVR-1.0 32

VTV-SAP-1.0 32

VTV-STB-1.0 32

VTV-VOD-1.0 32

UNE 166002:2006 for R&D Quality


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