IEI- What’s New

Prepared by: Moxa Net/ Technical Support

Date: mm-dd-yyyy

2Confidential

AgendaAgenda

Turbo Pack II• Communication Redundancy• VLAN• Time Synchronization • CLI• Traffic Control

EDR-G902

Smart PoE

MxNVR-IA8

VPort 364

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Communication Redundancy Communication Redundancy

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IEEE 802.1D (1998) • Introduction of Spanning Tree Protocol

IEEE 802.1w (2001): • Rapid Spanning Protocol • Enhancement of STP

IEEE 802.1D-2004 (2004): • Incorporate with RSTP• Obsolete STP

Spanning Tree Protocol

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Rapid Spanning Tree Protocol

IEEE 802.1D-2004

Prevent looping • Create loop free network • Block redundant port

RSTP

Root

Block

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RSTP (IEEE 802.1w)

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RSTP (IEEE 802.1D-2004)

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RSTP (IEEE 802.1D 2004)

Force Edge• Physical connect-> Forwarding state• For End devices

False• Physical connect-> Blocking state-> BPDU process• For switches

Auto (Default)• Physical connect-> Forwarding state-> detect BPDU->

• Yes-> BPDU process• No-> Forwarding state

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STP with VLAN

What will be the communication?

VLAN 1Root

VLAN 2

PC1 PC2

PC4PC3

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STP with VLAN

VLAN1 and 2 belong to one single STP

Only 1 forwarding path

Only 1 VLAN communication works at a time!!!

V1 V1

V2V2

F F

Root

F B

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STP with VLAN

VLAN1 and VLAN2 belong to one single STP

VLAN1 and VLAN2 go through Trunk port

Can we separate the VLAN1 & VLAN2 traffic?

V1 V1

V2V2

F

F

F

B

Root

Trunk, Fix: V1, V2

Trunk, Fix: V1, V2

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MSTP

Multiple Spanning Protocol (IEEE 802.1s)

Instance• One Spanning Tree protocol running in one “Instance”• An Instance can have multiple VLANs• A VLAN belongs to one Instance only• Instance 1-16 & CIST• CIST

• Common & Internal Spanning Tree• Undefined VLANs

Load Sharing • Different VLAN thru Different Path

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MSTP

With MSTP

Without MSTP

V1 V1

V2V2

F F

F F

V1 V1

V2V2

F F

F B

200MB

100MB

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MSTP configuration

Load sharing • Each VLAN goes through different path

Redundancy• Communication still works if any path breaks

VLAN10

VLAN20

VLAN30

VLAN10

VLAN20

VLAN30

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MSTP Configuration

VLAN configuration

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MSTP Configuration

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MSTP Configuration

The Root switch’s MAC of each Instance

Must be checked before you activate!!!

Select MSTP

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MSTP configuration

Assign VLANs to each Instance

Instance 01

Select the Instance

Add VLAN to the Instance

Enable MSTP

Port Status & Role of each Ins.

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MSTP configuration Instance 02

Instance 03

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MSTP configuration

VLAN10

VLAN20

VLAN30

VLAN10

VLAN20

VLAN30

2 2

4 4

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Different VLAN go thru different path

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MSTP summary

Per Instance, per STP

One Instance can have multiple VLANs

One VLAN belongs to one Instance only

Share the load

Redundancy

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VLANVLAN

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VLAN brief Allows a group of devices communicate to each

other as they are in the same physical segment

One VLAN is one broadcast domain

Cross VLAN communication requires Router

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Moxa VLAN configuration

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Moxa VLAN configuration

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Moxa VLAN Port

Access Port• Untagged frame only

For legacy/VLAN unaware Ethernet devices

Ingress & Egress are untagged frame

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Moxa VLAN Port

Trunk Port• Untagged & tagged frame

For switch to switch interconnection

Ingress frame• Untagged-> Add PVID to the frame• Tagged-> Frame tag= PVID, or Fixed VLAN (Tagged)

Egress frame• Untagged-> Frame tag= PVID• Tagged-> Fixed VLAN (Tagged)

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Moxa VLAN Port

Hybrid Port• Untagged & tagged frame

For VLAN aware or unaware device

Ingress frame• Same as Trunk port

Egress frame• Untagged-> Frame tag= PVID, or Fixed VLAN (Untagged)• Tagged-> Fixed VLAN (Tagged)

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Moxa VLAN setup

Trunk

Access

VLAN unaware VLAN aware VLAN unaware

Hybrid

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Time SynchronizationTime Synchronization

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NTP

Switch as a Client

Switch as a Server

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PTP version 2

PTP v2 enhancement • Transparent Clock mode• Smaller packet size- save bandwidth • High data sampling rate- increase accuracy• Wildly used, e.g. IPv4, IPv6, PROFINET,…

New role in PTPv2• E2E TC• P2P TC

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Precision Time Protocol

V1 Boundary Clock (BC)

V2 Transparent Clock (TC)

PTP BC & TC

Hieratical Time Sync

M S M S M S

M S

Transparent Time Sync

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Master-Slave correction38

40

42

44

46

48

50

52

54

56

58

44

46

48

50

52

54

56

58

60

40

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Sync

Follow_up (t0)

Delay_Req

Delay_Resp(t3)

Master Slave

Offset CorrectionTime correction between Master & Slave

Delay Measurement Correct the delay time of propagation

t0

t1

t2

t3

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End-to-End Transparent Clock

Sync

Follow_up Sync

Follow_up

Delay_Req

Delay_Resp

Master TC Slave E2E TC• End-to-End Transparent

Clock• Master to Slave Offset

correction • No Propagation delay of

each link

Delay_Req

Delay_Resp

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Peer-to-Peer Transparent Clock

Sync

Follow_up Sync

Follow_up

Delay_Req

Delay_Resp

Delay_Req

Delay_Resp

Master TC Slave P2P TC• Peer-to-peer

Transparent Clock• Master to Slave Offset

correction • Propagation delay of

each link

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PTP v2 configuration

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CLICLI

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Command Line Interface Support serial console and telnet console

Help instruction and easy lookup• Type “?” for help• Type TAB for command hints

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CLI Mode Default: Menu mode

Menu mode -> CLI mode

CLI mode -> Menu mode

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CLI configuration

CLI entry

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Configure Terminal

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Show Configuration

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Network Traffic Control Network Traffic Control

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Loop Protection

Default enabled

Port blocked• Single port loopback• Two port loop

Fault-> RED

Not available on Ring/Chain & RSTP port

Looping

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Traffic Limiting

Port Disabled mode

Port disabled period

Ingress packet per second

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Traffic Limiting

Ingress/Egress limiting

Bandwidth %

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EDR-G902EDR-G902

Click to add subtitle

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EDR-G902EDR-G902

Hardware Specification• WAN: 1 Gigabit RJ45/SFP combo port• LAN: 1 Gigabit RJ45 copper • Redundant power input• Wide temperature support

Software Specification• Bridge mode• VRRP• Router, VPN, Firewall, NAT…

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EDR-G902 EDR-G902

WAN port: Copper/SFP Combo port

LAN port: Copper port

Redundant power input

1x DI & 1 DO

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Interface mode Interface mode

Router mode

LAN

WAN

Internet

TCP…UDP…ICMP…Office Intranet

Firewall Inspection, VPN, IPSec…

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Interface mode Interface mode

L2 Bridge mode

192.168.127.10 192.168.127.20

Firewall Inspection

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Bridge modeBridge mode

Configuration

Assign IP/Gateway address to the EDR

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VRRP VRRP

LAN: 192.168.200.1

LAN: 192.168.200.2

IP:192.168.200.20

Sub:255.255.255.0

GW:192.168.200.254VRRP

192.168.200.254Internet

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Network redundancyNetwork redundancy

VRRP

VRRP on WAN & LAN

Same subnet= same ID

Higher number= Higher priority

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EDR-G903 & EDR-G902EDR-G903 & EDR-G902

EDR-G903 EDR-G902

Hardware Spec. WAN: WAN1/2 Combo ports

LAN: Combo ports

WAN: 1x Combo ports

LAN: Copper port

Software Spec. Router: Static & RIP

Firewall / NAT: 128 policy

VPN: 25 IPSec Tunnel

WAN1/2 Redundancy

Router: Static & RIP

Firewall / NAT: 64 policy

VPN: 10 IPSec Tunnel

L2 bridge mode

VRRP

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Smart PoESmart PoE

Click to add subtitle

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EDS-G205A-4PoEEDS-G205A-4PoE

Specification• Fully gigabit port • PoE PSE (Power Source Equipment)• 4 Gigabit PoE/PoE+ (IEEE802.3af/at)• Jumbo Frame support (9000 bytes)• Smart PoE detection • Wide temperature support

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EDS-G205A-4PoEEDS-G205A-4PoE

RJ45 Gigabit PoE port

RJ45/SFP Gigabit port

Power LED indicator

PoE LED indicator

24/48 VDC &

DIP switch

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Power over EthernetPower over Ethernet

PSE 802.3 af/at802.3 af PD

802.3 at PD

DR-120-48

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Smart PoE detectionSmart PoE detection

PoE LED indicator

PD type detect• IEEE802.3af PD= Amber• IEEE802.3at PD= Green

PoE status detect• PoE detection fail= Blink 1 time/sec• Over current= Blink 2 times/sec

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EDS-P206A v.s. PoE Classification EDS-P206A v.s. PoE Classification

Class Usage Min PSE output W

Max PD W consumption

0 Default 15.4W 0.44W-12.95W

1 Optional 4.0W 0.44W-3.84W

2 Optional 7.0W 3.84W-6.49W

3 Optional 15.4W 6.49W-12.95W

4 802.3at 30.0W 12.95W-25.5W

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EDS-P206A to IEEE 802.3af/atEDS-P206A to IEEE 802.3af/at

802.3af 802.3at

PSE Max. out power

15.4W 30.0W

PSE Voltage range

44VDC-57VDC 50VDC-57VDC

PD power con. 12.95W 25.5W

PD Voltage range.

37VDC-57VDC 42.5VDC-57VDC

Max. Current 350mA 600mA

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Gigabit Pin assignmentGigabit Pin assignment

Pin Data MDI/MDIX PoE ModeA/ModeB

1 DA+/DB+ VDC-

2 DA-/DB- VDC-

3 DB+/DA+ VDC+

4 DC+/DD+ VDC+

5 DC-/DD- VDC+

6 DB-/DA+ VDC+

7 DD+/DC+ VDC -

8 DD-/DC- VDC -

(EDS-P205A= ModeA)

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MxNVR-IA8

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Moxa network video solution

• Video transmission

Network

IP Cam

Video Server

• Image capture• A/D convert

Video Real time display• Web or VLC

Video Recording • SoftNVR• Anything else?

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MxNVR-IA8

Industrial grade network video recorder

Digital video reorder with Moxa VPort series

Web based configuration

Playback function

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MxNVR-IA8

Network

IP Cam

Video Server

Control Room

Field site

Web: config & Playback

FTP: Video download

Video stream

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MxNVR-IA8

Features• 19” rack mount• Video recording up-to 8-channel (Moxa VPort only) • Support H.264, MPEG4, MJPEG video format • Gigabit Ethernet port • 2 x 2.5 SATAII HD (not included)• 6xDI/2xDO • AVI recorded video format• Scheduling and event trigger recording • Playback function• Wide temperature -40 to 75 (with SSD)℃

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MxNVR-IA8

Gigabit Ethernet

Audio Out DIO

Power InputUSB

Serial console

Reset Button Video Recording LED

System LED

Hard Disk

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Home Page

Hard Disk status

System Time

DO Control

Configure & Playback

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Configuration Page

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Hard Disk Management

Manage the Hard Disk

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Add VPort

Manual add

Auto search Change parameter

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Add VPort

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Scheduling

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Add Scheduling

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Video Recording

MxNVR-IA8’s front panel

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Home Page Camera List

VPort’s webpage

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Playback

Main Monitor

Video List

Calendar

Event Search

Control Panel

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Playback- Playing

Next/Previous Event Different Events

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VPort 364

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VPort 364

4-Channel H.264 videostream

Dual Streaming: H.264 or MJPEG

H.264 up to 120 SFP @ Full D1 (720 x 480/576)

DynaStream support

Single and multi mode fiber

Video Latency< 200ms

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VPort 364

8 x DI

2 x DO & 2 x Power inputs

2 x Audio inputs

4 x Video inputs

Ethernet port (TX or FX)

RS232

PTZ control (RS232/485/422)

LED indicator

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VPort 364 Web page

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Client setting

Individual setup for each channel

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System Configuration

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Video Surveillance operation

Which is Critical for video surveillance? • Real-time monitoring?• Video recording?

DynaStream

Video stream transmitLive view

Recording

Image process

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DynaStream

IP video surveillance key issues• Video encoder/IP cam performance

A/D convert, video encoding…• Network utilization

Video stream, data stream,…

DynaStream• Flexible frame rate control • Adjust the frame rate based on event trigger

Optimize network utilization • Reserve bandwidth for critical data stream

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Event Trigger

With DynaStream

Without DynaStream

DynaStream

Event Trigger

Increase FPS

Decrease FPS

No change

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DynaStream configuration

Setup different FPS for Live view & Alarm trigger

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DynaStream configuration

5 trigger conditions

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