iei- what’s new

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

3Confidential

Communication Redundancy Communication Redundancy

4

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

5

Rapid Spanning Tree Protocol

IEEE 802.1D-2004

Prevent looping • Create loop free network • Block redundant port

RSTP

Root

Block

6

RSTP (IEEE 802.1w)

7

RSTP (IEEE 802.1D-2004)

8

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

9

STP with VLAN

What will be the communication?

VLAN 1Root

VLAN 2

PC1 PC2

PC4PC3

10

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

11

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

12

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

13

MSTP

With MSTP

Without MSTP

V1 V1

V2V2

F F

F F

V1 V1

V2V2

F F

F B

200MB

100MB

14

MSTP configuration

Load sharing • Each VLAN goes through different path

Redundancy• Communication still works if any path breaks

VLAN10

VLAN20

VLAN30

VLAN10

VLAN20

VLAN30

15

MSTP Configuration

VLAN configuration

16

MSTP Configuration

17

MSTP Configuration

The Root switch’s MAC of each Instance

Must be checked before you activate!!!

Select MSTP

18

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.

19

MSTP configuration Instance 02

Instance 03

20

MSTP configuration

VLAN10

VLAN20

VLAN30

VLAN10

VLAN20

VLAN30

2 2

4 4

66

Different VLAN go thru different path

21

MSTP summary

Per Instance, per STP

One Instance can have multiple VLANs

One VLAN belongs to one Instance only

Share the load

Redundancy

22Confidential

VLANVLAN

23

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

24

Moxa VLAN configuration

25

Moxa VLAN configuration

26

Moxa VLAN Port

Access Port• Untagged frame only

For legacy/VLAN unaware Ethernet devices

Ingress & Egress are untagged frame

27

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)

28

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)

29

Moxa VLAN setup

Trunk

Access

VLAN unaware VLAN aware VLAN unaware

Hybrid

30Confidential

Time SynchronizationTime Synchronization

31

NTP

Switch as a Client

Switch as a Server

32

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

33

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

34

Master-Slave correction38

40

42

44

46

48

50

52

54

56

58

44

46

48

50

52

54

56

58

60

40

42

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

35

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

36

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

37

PTP v2 configuration

38Confidential

CLICLI

39

Command Line Interface Support serial console and telnet console

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

Confidential

40

CLI Mode Default: Menu mode

Menu mode -> CLI mode

CLI mode -> Menu mode

41

CLI configuration

CLI entry

42

Configure Terminal

43

Show Configuration

44Confidential

Network Traffic Control Network Traffic Control

45Confidential

Loop Protection

Default enabled

Port blocked• Single port loopback• Two port loop

Fault-> RED

Not available on Ring/Chain & RSTP port

Looping

46

Traffic Limiting

Port Disabled mode

Port disabled period

Ingress packet per second

47

Traffic Limiting

Ingress/Egress limiting

Bandwidth %

48Confidential

EDR-G902EDR-G902

Click to add subtitle

49Confidential

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…

50Confidential

EDR-G902 EDR-G902

WAN port: Copper/SFP Combo port

LAN port: Copper port

Redundant power input

1x DI & 1 DO

51Confidential

Interface mode Interface mode

Router mode

LAN

WAN

Internet

TCP…UDP…ICMP…Office Intranet

Firewall Inspection, VPN, IPSec…

52Confidential

Interface mode Interface mode

L2 Bridge mode

192.168.127.10 192.168.127.20

Firewall Inspection

53Confidential

Bridge modeBridge mode

Configuration

Assign IP/Gateway address to the EDR

54Confidential

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

55Confidential

Network redundancyNetwork redundancy

VRRP

VRRP on WAN & LAN

Same subnet= same ID

Higher number= Higher priority

56Confidential

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

57Confidential

Smart PoESmart PoE

Click to add subtitle

58Confidential

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

59Confidential

EDS-G205A-4PoEEDS-G205A-4PoE

RJ45 Gigabit PoE port

RJ45/SFP Gigabit port

Power LED indicator

PoE LED indicator

24/48 VDC &

DIP switch

60Confidential

Power over EthernetPower over Ethernet

PSE 802.3 af/at802.3 af PD

802.3 at PD

DR-120-48

61Confidential

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

62Confidential

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

63Confidential

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

64Confidential

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)

65

MxNVR-IA8

66

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?

67

MxNVR-IA8

Industrial grade network video recorder

Digital video reorder with Moxa VPort series

Web based configuration

Playback function

68

MxNVR-IA8

Network

IP Cam

Video Server

Control Room

Field site

Web: config & Playback

FTP: Video download

Video stream

69

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)℃

70

MxNVR-IA8

Gigabit Ethernet

Audio Out DIO

Power InputUSB

Serial console

Reset Button Video Recording LED

System LED

Hard Disk

71

Home Page

Hard Disk status

System Time

DO Control

Configure & Playback

72

Configuration Page

73

Hard Disk Management

Manage the Hard Disk

74

Add VPort

Manual add

Auto search Change parameter

75

Add VPort

76

Scheduling

77

Add Scheduling

78

Video Recording

MxNVR-IA8’s front panel

79

Home Page Camera List

VPort’s webpage

80

Playback

Main Monitor

Video List

Calendar

Event Search

Control Panel

81

Playback- Playing

Next/Previous Event Different Events

82

VPort 364

83

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

84

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

85

VPort 364 Web page

86

Client setting

Individual setup for each channel

87

System Configuration

88

Video Surveillance operation

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

DynaStream

Video stream transmitLive view

Recording

Image process

89

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

90

Event Trigger

With DynaStream

Without DynaStream

DynaStream

Event Trigger

Increase FPS

Decrease FPS

No change

91

DynaStream configuration

Setup different FPS for Live view & Alarm trigger

92

DynaStream configuration

5 trigger conditions

93