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OptiX OSN 1500 SSN4EFS0 8xFE switching and processing board -- OSN1500

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Uonel Co.Limtied

OptiX OSN 1500 SSN4EFS0 8xFE switching and processing board -- OSN1500

Country/Region	china
City & Province	shenzhen

Product Details

Functions and Features

EFS0 boards support the Layer 2 switching, MPLS, and broadcast functions.

Table 1 lists the functions and features supported by EFS0 boards.

Table 1 Functions and features supported by EFS0 boards

Function and Feature	Description
Basic functions	Processes 8xFE services.
Port types	An EFS0 board supports 10BASE-T/100BASE-TX signals when working with an ETF8 board. The electrical ports comply with IEEE 802.3u. An EFS0 board supports 100BASE-FX/LX/VX/ZX signals when working with an EFF8 board. The optical ports comply with IEEE 802.3u. An N5EFS0 board supports 10BASE-T/100BASE-TX signals when working with an ETF8A board. The electrical ports comply with IEEE 802.3u. An N5EFS0 board supports 100BASE-FX/LX signals when working with an EFF8A board. The optical ports comply with IEEE 802.3u.
Functions when being used with an interface board	An EFS0 board provides eight electrical ports to receive/transmit FE signals when working with an ETF8 board. An EFS0 board provides eight optical ports to receive/transmit FE signals when working with an EFF8 board. An EFS0 board provides the TPS protection for FE signals received/transmitted through eight electrical ports when working with an ETS8 board and a TSB8 board. An N5EFS0 board provides eight electrical ports to receive/transmit FE signals when working with an ETF8A board. An N5EFS0 board provides eight optical ports to receive/transmit FE signals when working with an EFF8A board.
Port characteristics	Working modes	FE electrical port: auto-negotiation, 100M full-duplex, 100M half-duplex, 10M full-duplex, and 10M half-duplex FE optical port: 100M full-duplex An N5EFS0 board supports only the auto-negotiation and 100M full-duplex working mode when working with an EFF8A board.
	Traffic control mode at ports	Auto-negotiation mode	Supported (Not supported by FE optical ports)
	Traffic control mode at ports	Non-autonegotiation mode	Supported (not supported if an EFS0 board works with an EFF8 board)
	Query/Setting of port status	Supported
	Query of port types	Supported
	Setting of optical power thresholds	Not supported
	Pluggable optical module	Not supported
Service categories	EPL service	Supports PORT-based transparent transmission.
	EVPL service	Supports PORT-shared EVPL services. Supports VCTRUNK-shared EVPL services. The services are isolated by VLAN tags. The services are isolated by MPLS tags. Supports a maximum of 4096 links.
	EPLAN service	N4EFS0/N5EFS0 boards support the EPLAN services that are based on the IEEE 802.1d MAC bridge. Supports the blacklist that can contain 2K records and also the static MAC address table that can contain 2K records. The sum of the number of records in the blacklist and the number of addresses in the static MAC address table must not exceed 2K. The blacklist function of N5EFS0 boards supports verification of destination MAC addresses only. Supports the self-learning of the source MAC address. The capacity of the MAC address table is 16K. The aging time of the MAC address can be set and queried. Supports the configuration of static MAC routes. N4EFS0/N5EFS0 boards support the query of dynamic MAC addresses. The maximum number of supported VBs is 16. The maximum number of logical ports for each VB is 30. Queries the number of actually learned MAC addresses based on VB+VLAN or VB+LP.
	EVPLAN services	Supports data isolation based on VB+VLAN. The maximum number of supported VBs is 16. The maximum number of logical ports for each VB is 30. Supports the setting of a maximum of 4096 VLAN services. Supports the EVPLAN services that are based on the IEEE 802.1q virtual bridge.
Service specifications	Formats of Ethernet data frames	IEEE 802.3	Supported
		Ethernet II	Supported
		IEEE 802.1 q/p	Supported
	Frame length range	Supports the setting of the frame length to a value ranging from 1518 bytes to 9600 bytes. Supports a jumbo frame with a maximum length of 9600 bytes.
	Concatenation granularities	Supports VC-12, VC-3, VC-12-Xv (X ≤ 63), and VC-3-Xv (X ≤ 12) granularities.
	Encapsulation formats	HDLC	Not supported
		LAPS	Not supported
		GFP-F	Supported
	MPLS technology	Supports the MPLS.
	VLAN technology	Supports a total number of 4094 VLANs, which comply with IEEE 802.1q/p.
	Maximum uplink bandwidth	The maximum uplink bandwidth of an N1EFS0 board is 622 Mbit/s. The maximum uplink bandwidth of an N2EFS0/N4EFS0/N5EFS0 board is 1.25 Gbit/s. An EFS0 board can adapt to the bandwidth of its slot.
	Maximum bound bandwidth	N1EFS0: 12xVC-3, or 63xVC-12 + 9xVC-3 N2EFS0/N4EFS0/N5EFS0: 24xVC-3, or 126xVC-12 + 18xVC-3
	VCTRUNK specifications	The number of supported VCTRUNKs is as follows: The number of VCTRUNKs supported by an N1EFS0 board is 12. The number of VCTRUNKs supported by an N2EFS0/N4EFS0/N5EFS0 board is 24. Configuration principles are as follows: Each VC channel can be bound only to one VCTRUNK. VCTRUNK1 to VCTRUNK12 must be bound when a board is housed in a slot providing 622M bit/s bandwidth of N2EFS0/N4EFS0/N5EFS0 board. VCTRUNK 1-VCTRUNK 12 can be bound only with lower order paths in VC-4s numbered 1-4. VCTRUNK 13-VCTRUNK 24 can be bound only with lower order paths in VC-4s numbered 5-8. VC-4s numbered 4 and 8 support the binding of VC-3 and VC-12 paths. The other VC-4s support the binding of VC-3 paths only. A VCTRUNK can be bound with a maximum of 12 VC-3s or 63 VC-12s. A VCTRUNK can be bound with the VC-12 path or VC-3 path at one time. A VCTRUNK should not be bound with VC-12 and VC-3 paths at the same time.
Protection schemes	TPS	Not supported by N1EFS0 boards Supported by N2EFS0/N4EFS0/N5EFS0 boards
	BPS	Not supported
	PPS	Not supported
	DLAG	Not supported
	LAG	N1EFS0 boards do not support link aggregation, but N2EFS0/N4EFS0/N5EFS0 boards support manual link aggregation and the load sharing mode that comply with IEEE 802.3ad and IEEE 802.1AX.
	LCAS	Not supported by the N1EFS0/N2EFS0. Dynamically increases or decreases the bandwidth and protects the bandwidth in compliance with ITU-T G.7042. This protection scheme is supported by the N4EFS0/N5EFS0.
	LPT	N1EFS0/N2EFS0 boards support P2P LPT. N4EFS0/N5EFS0 boards support P2P LPT and P2MP LPT. LPT functions comply with proprietary protocol.
	STP/RSTP	Supports the broadcast packet suppression function and RSTP, which comply with IEEE 802.1w.
	MSTP	Not supported
Clock synchronization	Synchronous Ethernet	Not supported
Clock synchronization	IEEE 1588v2	Not supported
Maintenance features	ETH OAM	N1EFS0 and N2EFS0 boards do not support the ETH OAM function. N4EFS0 and N5EFS0 boards support CC, LB tests, and LT tests in compliance with IEEE 802.1ag, and OAM ping in compliance with proprietary protocol. N4EFS0 and N5EFS0 boards support OAM auto-discovery, remote loopbacks, fault detection, and link performance detection in compliance with IEEE 802.3ah, and selfloop detection in compliance with proprietary protocol.
	Test Frame	N1EFS0/N2EFS0 boards support test frames in Ethernet bearer mode. N4EFS0/N5EFS0 boards support test frames in Ethernet/GFP bearer mode.
	Response to ping	Not supported
	Port Mirroring	N1EFS0/N2EFS0/N4EFS0 boards do not support port mirroring. N5EFS0 boards support ingress mirroring.
	Loopback capability	PHY layer at Ethernet ports	Supports inloops.
		MAC layer at Ethernet ports	Supports inloops.
		VC-4 level	Not supported
		VC-3 level	N1EFS0/N2EFS0/N4EFS0 boards support inloops and outloops. N5EFS0 boards do not support inloops or outloops.
		VC-12 level	Not supported
	RMON	Supports Ethernet performance monitoring at the port level.
	Warm resets	N1EFS0/N2EFS0/N4EFS0/N5EFS0 boards support warm resets. If a warm reset is performed on an N1EFS0/N2EFS0 board, traffic on the board is interrupted, whereas if a warm reset is performed on an N4EFS0/N5EFS0 board, traffic on the board is not interrupted. If an N4EFS0/N5EFS0 board substitutes for an N1EFS0/N2EFS0 board, traffic on the N4EFS0/N5EFS0 board is not interrupted.
	Cold resets	Supported
	Alarms and performance events	Reports various alarms and performance events, which facilitates the management and maintenance of the equipment.
QoS	Supports the CAR. The granularity is 64 kbit/s. N1EFS0 boards support the service classification based on PORT, PORT+VLAN, or PORT+VLAN PRI. N2EFS0, N4EFS0, and N5EFS0 boards support the flow classification based on PORT, PORT+VLAN, or PORT+VLAN+VLAN PRI. N5EFS0 boards support the traffic classification based on PORT+SVLAN.
IGMP Snooping	Protocol enabling	Supported
	Port aging time	Supported
	Fast leave	Not supported by N1EFS0/N2EFS0/N4EFS0 boards Supported by N5EFS0 boards
	Discarding of unknown broadcast packets	Not supported by N1EFS0/N2EFS0/N4EFS0 boards Supported by N5EFS0 boards
	Static broadcast entry	Not supported
Hub/Spoke	Not supported by N1EFS0/N2EFS0 boards Supported by N4EFS0/N5EFS0 boards
Traffic control	Supports the port-based traffic control function that complies with IEEE 802.3x. NOTE: Only EPL services support port-based traffic control.
Traffic monitoring	N5EFS0 boards support port-based and VCTRUNK-based traffic monitoring.

Mechanical Specifications

The mechanical specifications of the EFS0 are as follows:

Dimensions (mm): 25.4 (W) x 235.2 (D) x 261.4 (H)
Weight of the N1EFS0 (kg): 1.0
Weight of the N2EFS0 (kg): 1.0
Weight of the N4EFS0 (kg): 1.0
Weight of the N5EFS0 (kg): 0.6

Power Consumption

The maximum power consumption of the N1EFS0 at room temperature (25°C) is 35 W.

The maximum power consumption of the N2EFS0 at room temperature (25°C) is 35 W.

The maximum power consumption of the N4EFS0 at room temperature (25°C) is 35 W.

The maximum power consumption of the N5EFS0 at room temperature (25°C) is 22 W.

Delivery

Cargo will be delivered within 1 day after payment arrived. Tracking Number will be offered once delivery done.

Delivery Options	Estimated Delivery Time
DHL	3-5 business days
Fedex	3-5 business days
By Sea	10-20 business days

Notice:

Above mentioned information are just for your reference only,we will keep you posted for the tracking delivery schedule.There are two delivery options available for by air and by sea:

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responsibility of the buyer. Uonel will recommend trustworthy local freight forwarders to you.Uonel can facilitate the progress under buyer's permission and at buyer's expense.

Deliver to door:

Uonel will quote all destination charge prior once we have confirmed order.
Uonel is responsible for transporting goods to door after you have made the payment.

Warranty

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Return Material Authorization (RMA) Process

Standard Hardware Warranty Policy:

Original new sealed product: 1 Year

The Support Contacts:

If your products failed, you must contact your sales representative to verify product failure. If the problem still can't correct by remote support methods i.e. email or phone support, the RMA procedure will issue.

Company Profile

Uonel is one of the biggest Network Hardware distributor in china, founded in 2008. We are a global provider of netwotking products with more than 5000 customers.

We provide original new Routers,Switches,Firewalls,Wireless APs & controllers,OLTs,GPON modems,optical transceivers.Our company have more than $5million products in stock.

Most of our technical engineers had work exprience in company,we can provide network design&planning,configration,troubleshooting,maintenance and training service in world wide.