Flexible hardware architecture design, providing carrier-grade reliable design
￭ 2RU height design, providing 8 board slots, compatible with 1/4 and 1/2 size boards, supporting optical and electrical separation and optical and electrical co-rack;
￭ Supports 600mm deep cabinet installation, follows the design requirements of front and rear air ducts, supports AC 220V, DC -48V, high voltage DC 240V and other power supply methods, adapting to various data and communication equipment room installation conditions
￭ Functional units such as the main control board, power module, and fan board support redundant design and online hot swapping;
High integration and large capacity design
￭ Mature single-wavelength 200G/4 00G coherent modulation technology, supports Flexible grid , and single fiber capacity is greater than 38.4 Tbit/s
￭ Support optical and electronic co-frame
￭ Supports 10G, 100G and other multi-service access
Green energy consumption design
￭ The forward and backward heat dissipation method meets the deployment requirements of hot and cold aisles in the computer room;
￭ 3 fans redundant configuration, supporting dynamic adjustment of intelligent fan control;
Operational grade high reliability
￭ Functional units such as the main control board, power module, and fan board support redundant design and online hot swapping;
￭ Dual master redundancy, dual network ports, dual independent IPs, support OSPF
￭ The electrical layer supports FEC coding, QPSK, and 16QAM modulation technologies, which greatly improves the system design margin and supports ultra-long distance and ultra-long span transmission capabilities.
￭ The optical layer supports 1+1 protection of optical channels, optical multiplexing sections, and 1+1 protection of optical lines. The protection methods can be flexibly selected for chain, ring, and other networking modes to ensure the security and reliability of the network.
Flexible and convenient management and maintenance
￭ The device supports Netconf-based Yang model
￭ Interface: 2xRJ-45 Ethernet management port/1x RJ-45 cascade port/1xRJ-45 Console port
￭ Supports direct management of external DCN management network, management through OSC, and NM port-level connection management with other devices
￭ Supports multiple management methods such as Console, Telnet, and SSH.
￭ Supporting the standard SNMP protocol, it can realize automatic device discovery, network topology management, device configuration management, performance data statistical analysis, fault management and other functions, simplifying network management and providing users with a new user experience.
product specifications
400G TMUX board specifications
|
|
Technical indicators |
describe |
|
|
Equipment size |
1/4 slot |
|
business side |
client interface |
The single board supports 4 QSFP28 100G interfaces, and the entire machine supports a maximum of 32 100G client-side interfaces. |
|
business type |
Support 100GE, 100GE FlexE Unware mode |
|
|
Ethernet requirements |
Supports Ethernet RMON monitoring function: sending and receiving packets/number of bytes/port utilization/CRC/error packets, etc. |
|
|
Telemetry |
Ethernet performance, optical module transceiver power, bias current, etc. support, |
|
|
OAM function |
Support LLDP, support delay measurement, support loopback, support ALS, When the Ethernet input is lost or the WDM side fails, the client side can insert Local Fault downstream. |
|
|
line side |
System side interface |
The single board supports one 400G CFP2 DCO coherent color optical module, and the whole machine supports up to eight 400G system-side interfaces. |
|
Line side modulation format |
400G: 16QAM |
|
|
FEC mode |
400G:SD-FEC |
|
|
Wavelength adjustable function |
Range covers 191.3~196.1THz, supports 75/100G interval adjustable |
|
|
Laser transmit power |
Not less than -5~0 dBm range, power adjustable, adjustment step 0.1dB |
|
|
Telemetry |
Transmit and receive power, bit error rate before error correction (Pre-FEC), laser bias current, laser operating temperature, etc. |
|
|
OAM function |
Support loopback and delay measurement |
|
|
Business mapping path |
100GE->ODU4(GMP)->ODUC4->OTUC4 400GE-> ODUflex ( GMP)->ODUC4->OTUC4 |
200G TMUX-1 board specifications
|
|
Technical indicators |
describe |
|
|
Equipment size |
1/4 slot |
|
business side |
client interface |
The single board supports 2 QSFP28 100G interfaces, and the entire machine supports a maximum of 16 100G client-side interfaces. |
|
business type |
Support 100GE, 100GE FlexE Unware mode |
|
|
Ethernet requirements |
Supports Ethernet RMON monitoring function: sending and receiving packets/number of bytes/port utilization/CRC/error packets, etc. |
|
|
Telemetry |
Ethernet performance, optical module transceiver power, bias current, etc. support, |
|
|
OAM function |
Support LLDP, support delay measurement, support loopback, support ALS, When the Ethernet input is lost or the WDM side fails, the client side can insert Local Fault downstream. |
|
|
line side |
System side interface |
The single board supports one 200G CFP2 DCO coherent color optical module, and the whole machine supports up to eight 200G line interfaces. |
|
Line side modulation format |
200G: 16QAM, 200G: QPSK |
|
|
FEC mode |
200G:SD-FEC |
|
|
Wavelength adjustable function |
Range covers 191.3~196.1THz, supports 75/100G interval adjustable |
|
|
Laser transmit power |
Not less than -5~0 dBm range, power adjustable, adjustment step 0.1dB |
|
|
Telemetry |
Transmit and receive power, bit error rate before error correction (Pre-FEC), laser bias current, laser operating temperature, etc. |
|
|
OAM function |
Support loopback and delay measurement |
200G TMUX-2 specifications
|
|
Technical indicators |
describe |
|
|
Equipment size |
1/2 slot |
|
Business side interface |
client interface |
The single board supports 20 SFP+ 10G interfaces, and the entire machine supports a maximum of 80 10G client-side interfaces. |
|
business type |
Supports 10GE, OTU2, STM-64, 10GE WAN and other service access |
|
|
Ethernet requirements |
Supports Ethernet RMON monitoring function: sending and receiving packets/number of bytes/port utilization/CRC/error packets, etc. |
|
|
Telemetry |
Ethernet performance, optical module transceiver power, bias current, etc. support, |
|
|
OAM function |
Support LLDP, support delay measurement, support loopback, support ALS, When the Ethernet input is lost or the WDM side fails, the client side can insert Local Fault downstream. |
|
|
line side |
System side interface |
The single board supports one 200G CFP2 DCO coherent color optical module, and the whole machine supports up to four 200G line interfaces. |
|
Line side modulation format |
200G: 16QAM, 200G: QPSK |
|
|
FEC mode |
200G:SD-FEC |
|
|
Wavelength adjustable function |
Range covers 191.3~196.1THz, supports 75/100G interval adjustable |
|
|
Laser transmit power |
Not less than -5~0 dBm range, power adjustable, adjustment step 0.1dB |
|
|
Telemetry |
Transmit and receive power, bit error rate before error correction (Pre-FEC), laser bias current, laser operating temperature, etc. |
|
|
OAM function |
Support loopback and delay measurement |
Optical layer board specifications
|
Board |
describe |
|
End station optical amplifier board |
Contains power amplifier |
|
Preamplifier included |
|
|
Support built-in OSC monitoring channel |
|
|
Support VOA gain adjustable |
|
|
Support MON monitoring interface |
|
|
Line optical amplification board |
With line amplifier |
|
Support built-in OSC monitoring channel |
|
|
Support VOA gain adjustable |
|
|
Support MON monitoring interface |
|
|
Optical protection board (single channel) |
Supports single optical channel, optical multiplexing section, and optical line protection |
|
Supports two working modes: manual and automatic |
|
|
Support power-off and no-light locking |
|
|
Optical protection board (dual channel) |
Support dual optical channels, optical multiplexing sections, and optical line protection |
|
Supports two working modes: manual and automatic |
|
|
Support power-off and no-light locking |
|
|
FOADM board |
4-wave DWDM combined wave decoding board (can be cascaded) |
|
ROADM board |
Supports 9-dimensional WSS |
|
clock board |
Support 1588v2 clock synchronization transmission |
|
48-wave DWDM combining and decoding equipment |
48-wave DWDM combining and decoding equipment |
|
96-wave DWDM wave combining and decoding equipment |
96-wave DWDM wave combining and decoding equipment |
Machine specifications
|
physical size |
440×5 14 × 88 mm (W×D×H) Standard 2U height, can be installed with standard 600mm/19-inch width rack |
|
Operating Voltage |
AC input: AC 220V, range 100V~240V, 47Hz~63Hz DC input: DC-48V, range -36V～-72V High voltage DC input: HVDC 240V, range 192~288V |
|
working environment |
Working temperature: 0 ℃ ~ +40 ℃ Working humidity: 5% ~ 85%, non-condensing Storage temperature: -40 ℃ ~ +80 ℃ Storage humidity: 5% ~ 95%, non-condensing |
|
Management and maintenance |
Support Console, Telnet, SSH 2.0 Support browser-based WEB management Support SNMP/NETCONF management method. |
Ordering Information
category |
name |
Product number |
describe |
|
public Board |
Equipment frame |
MssEdge 25 |
The chassis is 2U high (1U≈44.45mm), and the width and depth meet the requirements for 19-inch, 600mm-deep cabinet installation. Designed with 8 equally divided 1/4 slots, compatible with 4 equally divided 1/2 slots, and the height of a single slot is 1U; |
|
Equipment dual main control board |
MCP |
Supports 1+1 redundancy and hot-swappability. Hot-swappable master controller has no impact on business. |
|
|
Power board |
PSU-AC/HDC_800 |
Supports 220V AC and 240HDC. A single independent disk can normally power the device. Dual power supplies have load balancing and a power consumption of 800W. |
|
|
Power board |
PSU-LDC |
Supports -48V DC. A single independent disk can normally power the device. Dual power supplies have load balancing and power consumption of 800W. |
|
|
Auxiliary interface board |
AUX |
Provides cascading management interfaces and local management interfaces, each sub-chassis must be equipped with 1 |
|
|
fan board |
FAN |
Configuration on the back of the chassis, ventilation mode, a single chassis needs to be equipped with 3 fans, and after the failure of one fan board, the system can work in a normal temperature environment for a short period of time (referring to no more than 96 consecutive hours and no more than 15 days in total per year) |
|
|
1/4 board blank board |
BLANK_1 |
The service card has a blank baffle and occupies a 1/4 slot. Not included in the chassis and needs to be configured separately. |
|
|
1/2 board blank |
BLANK_2 |
The service card has an empty baffle and occupies 2 1/4 slots. Not included in the chassis and needs to be configured separately |
|
|
light layer Board |
Optical amplifier board |
OA25 |
End station OA board, including BA, PA, OSC. It occupies 1/2 slots and 2 service slots of the chassis. BA: Gain 08~18dB adjustable, total output 21dBm, PA: Gain 15~25dB adjustable, total output 21dBm |
|
Optical amplifier board |
OLA25 |
Line placement station OLA board, including LA1, LA2, and 2 OSCs. It occupies 1/2 slots and 2 service slots of the chassis. |
|
|
OLA35 |
Line placement station OLA board, including LA1, LA2, and 2 OSCs. It occupies 1/2 slots and 2 service slots of the chassis. |
||
|
OLA35B |
Line placement station OLA board, including LA1, LA2, and 2 OSCs. It occupies 1/2 slots and 2 service slots of the chassis. |
||
|
WSS board |
TWS09OA25 |
The 9-dimensional WSS board occupies 1/2 of the slot. Built-in BA and PA, built-in VOA before PA input; BA gain range 15~25dB; PA1 gain coverage 15~25dB, PA2 gain coverage 22~35dB |
|
|
TFF board |
TFF5659 |
OADM-5659 board supports the up and down of 4 fixed wavelength services (C56~C59) |
|
|
TFF5255 |
OADM-5255 board supports the up and down of 4 fixed wavelength services (C52~C55) |
||
|
TFF4750 |
OADM-4750 board supports the up and down of 4 fixed wavelength services (C47~C50) |
||
|
TFF4346 |
OADM-4346 board supports the up and down of 4 fixed wavelength services (C43~C46) |
||
|
TFF3841 |
OADM-3841 board supports the up and down of 4 fixed wavelength services (C38~C41) |
||
|
TFF3437 |
OADM-3437 board supports the up and down of 4 fixed wavelength services (C34~C37) |
||
|
TFF2932 |
OADM-2932 board supports the up and down of 4 fixed wavelength services (C29~C32) |
||
|
TFF2528 |
OADM-2528 board supports the up and down of 4 fixed wavelength services (C25~C28) |
||
|
TFF2023 |
OADM-2023 board supports the up and down of 4 fixed wavelength services (C20~C23) |
||
|
TFF1619 |
OADM-1619 board supports Add and Drop of 4 fixed wavelength services (C16~C19) |
||
|
MUX |
MUX48 |
Device height 1U |
|
|
MUX96 |
Device height 2U |
||
|
Time synchronization PTM board |
PTM-E |
The board occupies 1/4 of the slot, facing east |
|
|
PTM-W |
The board occupies 1/4 of the slot, facing west |
||
|
Optical protection board |
OP1 |
The board occupies 1/4 of the slot, single-channel optical protection OP board |
|
|
OP2 |
The board occupies 1/4 of the slot, and the dual-channel optical protection OP board |
||
|
OTDR board |
OTDR |
The board occupies 1/4 of the slot and supports monitoring in 8 directions. |
|
|
OCM board |
OCM |
The board occupies 1/4 of the slot and supports monitoring in 8 directions. |
|
|
electrical layer Board |
400GTMUX |
T4B4 |
The client side supports 4x100G, occupying 1/4 slot |
|
200GTMUX-1 |
T2B2 |
The client side supports at least 2x100G, occupying 1/4 slot. |
|
|
200GTMUX-2 |
M20B2 |
The client side supports 20*10G services, occupying 1/2 slot. |
|
|
Optical module |
400G CFP2 DCO optical transceiver |
OP400UC-D-CO |
400G CFP2 DCO optical transceiver |
|
200G CFP2 DCO optical transceiver |
OP200UC-D-CO |
200G CFP2 DCO optical transceiver |
|
|
100G module-single mode (LR4) |
QSFP28-LR4-100G |
|
|
|
100G module-single mode ( S R4) |
QSFP28-CWDM4-100G |
|
|
|
10G module-single mode (LR) |
SFP+10G |
|
