OSN3500 SSN2EFT8 16-port 10M/100M Ethernet pass-through processing board-Optical transimission network

Home >> Products >> Huawei SDH Optical Transmission Equipment >> Huawei SDH Equipment Accessories >> Ethernet Processing Board

Ethernet Processing Board

OSN3500 SSN2EFT8 16-port 10M/100M Ethernet pass-through processing board

Typical networking of OSN3500 SSN2EFT8 Ethernet Transparent Transmission Board realizes point-to-point transparent transmission of Ethernet services. Through the interface on the Ethernet single board, it realizes data sending/receiving, mapping, data flow control, supports port-based point-to-point transmission, and data encapsulation/decapsulation.

Consultation hotline：
18529092692

Product Introduction

Products

Huawei SDH Optical Transceiver OSN3500 SSN2EFT8 Single Board Parameters

OSN3500 SSN2EFT8 single-board appearance
OSN3500 SSN2EFT8单板外观

OSN3500 SSN2EFT8 functions and features
Table 1 SSN2EFT8 single-board functional features

The Huawei SSN2EFT8 single board supports functions and features such as transparent transmission of Ethernet services, LCAS, and test frames.

The specific functions and features of the OSN3500 SSN2EFT8 single board are shown in Table 1.

Functions and Features	Description
Basic Functions	Transparent transmission of 8- or 16-channel FE services
Interface Type	Support 10Base-T/100Base-TX, meet IEEE 802.3u standard. Support 10Base-T/100Base-TX in conjunction with ETF8 to meet IEEE 802.3u standard. Works with EFF8 to support 100Base-FX/100Base-LX and meets IEEE 802.3u standards.
Matching Outlet Board	Work with ETF8 to realize 16-channel Ethernet telecommunication signal access. Work with EFF8 to realize 8-channel Ethernet optical signal and 8-channel Ethernet electrical signal access.
Interface Characteristics	Working Mode	Support 100M full-duplex, 10M full-duplex and self-negotiation.
	Port Flow Control Mode	Self-negotiation	Not supported
	Port Flow Control Mode	Non-self-negotiation	Supported
	Port Status Query/Configuration	Supported
	Interface Type Query	Support
	Optical Power Threshold Setting	Not supported
	Pluggable Optical Module	Not Supported
Service Type	EPL	Supports PORT-based transparent transport.
Service Specifications	Ethernet Data Frame Format	IEEE 802.3	Supports
		Ethernet II	Supported
		IEEE 802.1q TAG	Supported
	Frame Length Range	N1EFT8: Supports 1518Byte to 1535Byte message length setting, ports 1 to 4, 9 to 12 support Jumbo frames not larger than 6144Byte, ports 5 to 8, 13 to 16 support Jumbo frames not larger than 9600Byte. N2EFT8: Supports 1518Byte to 9600Byte message length settings, and Jumbo frames no larger than 9600Byte.
	Mapping Method	VC-3, VC-12, VC-12-Xv (X≤63) and VC-3-Xv (X≤3)
	Encapsulation Format	HDLC	Support
		LAPS	Support
		GFP-F	Support
	MPLS Technology	Not Supported
	VLAN Technology	Supports transparent transmission of VLANs.
	Maximum uplink bandwidth	1.25Gbit/s, supports slot bandwidth adaption.
	Maximum Binding Bandwidth	24xVC-3 or 126xVC-12+18xVC-3
	VCTRUNK Specifications	Quantity: 16 Configuration Features: After each level of VC channel is used by one VCTRUNK binding, other VCTRUNKs can no longer be used. When the bandwidth of the slot is 622M bit/s, VCTRUNK1 to VCTRUNK8 are required to be bound. The same VCTRUNK can only bind one level of channel, and cannot bind both VC-12 and VC-3 channels. Each VCTRUNK can bind up to 3 VC-3 or 63 VC-12. VCTRUNK1 to VCTRUNK8 can only bind VC-3 from 1 to 12 or VC-12 from 1 to 63. VCTRUNK9 to VCTRUNK16 can only bind VC-3 No. 13 to 24 or VC-12 No. 64 to 126. For all VCTRUNKs, VC-12 No. 1 to 63 is not allowed to be configured at the same time as VC-3 No. 10 to 12, and VC-12 No. 64 to 126 is not allowed to be configured at the same time as VC-3 No. 22 to 24. The two VC-4s, No. 4 and 8, can be bound to both VC-3 and VC-12 channels, and the other VC-4s can only be bound to VC-3 channels. When configuring the crossover, VC-12s 1 through 63 should be configured to the 4th VC-4, and VC-12s 64 through 126 should be configured to the 8th VC-4.
Protection Mode	TPS	Not supported
	LCAS	Support, can realize the dynamic increase, dynamic decrease and protection function of bandwidth, and meet the ITU-T G.7042 standard.
	LPT	Supports point-to-point LPT, meeting ITU-T G.7042 standard.
	LAG	Does not support
Clock Synchronization	Synchronized Ethernet	Not Supported
Clock Synchronization	1588v2	Not supported
Maintenance Features	ETH OAM	N1EFT8 is not supported. N2EFT8 supports CC, LB, LT and meets IEEE 802.1ag standard. N2EFT8 supports OAM auto-discovery, link performance monitoring, fault detection, far-end loopback, self-loop detection, and satisfies the IEEE 802.3ah standard.
	Test Frames	Supports test frames under GFP bearer mode.
	Response Ping Function	Not supported
	Port Mirroring	Not supported
	Loopback Capability	Ethernet port PHY layer	Supports inner loopback
		Ethernet port MAC layer	Supports inner loopback
		VC-4 level	Not supported
		VC-3 level	Supports inner loopback and outer loopback
		VC-12 level	Not supported
	RMON	Supports port-level Ethernet performance monitoring.
	Soft Reset	Supports soft reset, which does not affect services.
	Hard Reset	Support
	Alarm and Performance	Provides rich alarms and performance events for easy device management and maintenance.
QoS	Not supported
Hub/Spoke	Not supported
Flow Control	Supports IEEE 802.3x flow control based on FE ports. Description: Only EPL services support port flow control.