盛世嫡妃凤轻小说,我吃西红柿,遮天辰东小说笔趣阁

產品分類

產品搜索

關鍵字

1.25G光模塊

1.25G SFP光模塊

•符合 IEEE 802.3z 1000BASE-SX、1000BASE-LX 和1000BASE-ZX
•支持1.25Gbps的數(shù)據(jù)傳輸
•符合SFP MAS協(xié)議，可熱插拔
•支持550m~120km不同傳輸距離
•具備數(shù)據(jù)診斷功能(DDM)
•單電源3.3V供電
•滿足EMI、ESD要求
•符合RoHS標準
•Class1/1M規(guī)范產品，符合IEC60825-1要求
•符合Telcordia(Bellcore)GR-468-CORE可靠性要求
•工作溫度范圍：商業(yè)級：0~70度
工業(yè)級：-40~85度

產品描述
產品參數(shù)
應用方案
資料下載
關聯(lián)產品

概述：

HOTCOM 1.25Gb/s SFP系列光模塊包括 SFP SX、SFP LX、SFP EX、SFP ZX、SFP BIDI 等系列產品。提供商業(yè)級溫度、擴展級溫度、工業(yè)級溫度供客戶選擇使用。滿足550m~160km的超長數(shù)據(jù)傳輸距離。主要應用于千兆以太網(wǎng)、交換機接口、路由器/服務器接口以及其它光纖鏈路等環(huán)境。光模塊可以適配華為、華三、思科、阿爾卡特朗訊、Juniper、愛立信、惠普等設備。

產品技術規(guī)格：

Technical specifications

General
Operating Temperature：0~70˚C
Storage Temperature： -40～85˚C
Relative Humidity： 30～80%
Power Supply Voltage：DC 3.3V
Performance
Fiber Type：SMF, Single fiber, 9/125um
Connector：LC
Date Rate：1250 Mbps
Connector Quantity： 1
Distance： 0~20km
Wavelength：1310nm/1550nm
TX Power： -9~-1dBm
RX Sens(Max.)： -21dBm

訂貨信息：

產品型號	產品描述	速率	傳輸距離	波長	激光器	接收器	功耗	溫度	規(guī)格書
HT201-24D083M0.5D-I	SFP SX	1.25Gb/s	550m	850nm	VCSEL	PIN	<0.9W	-40~+85°C
HT201-24D083M0.5D	SFP SX	1.25Gb/s	550m	850nm	VCSEL	PIN	<0.85W	0~+70°C
HT201-24D033M0.5D-I	SFP SX	1.25Gb/s	550m	1310nm	FP	PIN	<0.9W	-40~+85°C
HT201-24D033M0.5D-I	SFP SX	1.25Gb/s	550m	1310nm	FP	PIN	<0.85W	0~+70°C
HT201-24D033S10D-I	SFP LX	1.25Gb/s	10km	1310nm	FP	PIN	<0.9W	-40~+85°C
HT201-24D033S10D	SFP LX	1.25Gb/s	10km	1310nm	FP	PIN	<0.85W	0~+70°C
HT201-24D033S40D-I	SFP EX	1.25Gb/s	40km	1310nm	DFB	PIN	<1.0W	-40~+85°C
HT201-24D033S40D	SFP EX	1.25Gb/s	40km	1310nm	DFB	PIN	<0.95W	0~+70°C
HT201-24D053S40D-I	SFP EX	1.25Gb/s	40km	1550nm	DFB	PIN	<1.0W	-40~+85°C
HT201-24D053S40D	SFP EX	1.25Gb/s	40km	1550nm	DFB	PIN	<0.95W	0~+70°C
HT201-24D053S80D-I	SFP ZX	1.25Gb/s	80km	1550nm	DFB	PIN	<1.0W	-40~+85°C
HT201-24D053S80D	SFP ZX	1.25Gb/s	80km	1550nm	DFB	PIN	<0.95W	0~+70°C
HT201-24D053S100D-I	SFP ZX	1.25Gb/s	100km	1550nm	DFB	PIN	<1.0W	-40~+85°C
HT201-24D053S100D	SFP ZX	1.25Gb/s	100km	1550nm	DFB	PIN	<0.95W	0~+70°C
HT201-24D053S120D-I	SFP ZX	1.25Gb/s	120km	1550nm	DFB	APD	<1.0W	-40~+85°C
HT201-24D053S120D	SFP ZX	1.25Gb/s	120km	1550nm	DFB	APD	<0.95W	0~+70°C
HT201-24D053S160D-I	SFP ZX	1.25Gb/s	160km	1550nm	DFB	APD	<1.0W	-40~+85°C
HT201-24D053S160D	SFP ZX	1.25Gb/s	160km	1550nm	DFB	APD	<0.95W	0~+70°C
HT201-24-35S03D-I	BIDI SFP	1.25Gb/s	3km	1310nm	FP	PIN	<0.95W	-40~+85°C
HT201-24-53S03D-I	BIDI SFP	1.25Gb/s	3km	1550nm	FP	PIN	<0.95W	-40~+85°C
HT201-24-35S03D	BIDI SFP	1.25Gb/s	3km	1310nm	FP	PIN	<0.86W	0~+70°C
HT201-24-53S03D	BIDI SFP	1.25Gb/s	3km	1550nm	FP	PIN	<0.86W	0~+70°C
HT201-24-35S10D-I	BIDI SFP	1.25Gb/s	10km	1310nm	FP	PIN	<0.95W	-40~+85°C
HT201-24-53S10D-I	BIDI SFP	1.25Gb/s	10km	1550nm	DFB	PIN	<0.95W	-40~+85°C
HT201-24-35S10D	BIDI SFP	1.25Gb/s	10km	1310nm	FP	PIN	<0.86W	0~+70°C
HT201-24-53S10D	BIDI SFP	1.25Gb/s	10km	1550nm	DFB	PIN	<0.86W	0~+70°C
HT201-24-34S20D-I	BIDI SFP	1.25Gb/s	20km	1310nm	FP	PIN	<0.95W	-40~+85°C
HT201-24-43S20D-I	BIDI SFP	1.25Gb/s	20km	1490nm	DFB	PIN	<0.95W	-40~+85°C
HT201-24-34S20D	BIDI SFP	1.25Gb/s	20km	1310nm	FP	PIN	<0.86W	0~+70°C
HT201-24-43S20D	BIDI SFP	1.25Gb/s	20km	1490nm	DFB	PIN	<0.86W	0~+70°C
HT201-24-35S20D-I	BIDI SFP	1.25Gb/s	20km	1310nm	FP	PIN	<0.95W	-40~+85°C
HT201-24-53S20D-I	BIDI SFP	1.25Gb/s	20km	1550nm	DFB	PIN	<0.95W	-40~+85°C
HT201-24-35S20D	BIDI SFP	1.25Gb/s	20km	1310nm	FP	PIN	<0.86W	0~+70°C
HT201-24-53S20D	BIDI SFP	1.25Gb/s	20km	1550nm	DFB	PIN	<0.86W	0~+70°C
HT201-24-34S40D-I	BIDI SFP	1.25Gb/s	40km	1310nm	DFB	PIN	<0.95W	-40~+85°C
HT201-24-43S40D-I	BIDI SFP	1.25Gb/s	40km	1490nm	DFB	PIN	<0.95W	-40~+85°C
HT201-24-34S40D	BIDI SFP	1.25Gb/s	40km	1310nm	DFB	PIN	<0.86W	0~+70°C
HT201-24-43S40D	BIDI SFP	1.25Gb/s	40km	1490nm	DFB	PIN	<0.86W	0~+70°C
HT201-24-35S40D-I	BIDI SFP	1.25Gb/s	40km	1310nm	DFB	PIN	<0.95W	-40~+85°C
HT201-24-53S40D-I	BIDI SFP	1.25Gb/s	40km	1550nm	DFB	PIN	<0.95W	-40~+85°C
HT201-24-35S40D	BIDI SFP	1.25Gb/s	40km	1310nm	DFB	PIN	<0.86W	0~+70°C
HT201-24-53S40D	BIDI SFP	1.25Gb/s	40km	1550nm	DFB	PIN	<0.86W	0~+70°C
HT201-24-34S60D-I	BIDI SFP	1.25Gb/s	60km	1310nm	DFB	PIN	<1.0W	-40~+85°C
HT201-24-43S60D-I	BIDI SFP	1.25Gb/s	60km	1490nm	DFB	PIN	<1.0W	-40~+85°C
HT201-24-34S60D	BIDI SFP	1.25Gb/s	60km	1310nm	DFB	PIN	<0.95W	0~+70°C
HT201-24-43S60D	BIDI SFP	1.25Gb/s	60km	1490nm	DFB	PIN	<0.95W	0~+70°C
HT201-24-45S80D-I	BIDI SFP	1.25Gb/s	80km	1490nm	DFB	PIN	<1.0W	-40~+85°C
HT201-24-54S80D-I	BIDI SFP	1.25Gb/s	80km	1550nm	DFB	PIN	<1.0W	-40~+85°C
HT201-24-45S80D	BIDI SFP	1.25Gb/s	80km	1490nm	DFB	PIN	<0.95W	0~+70°C
HT201-24-54S80D	BIDI SFP	1.25Gb/s	80km	1550nm	DFB	PIN	<0.95W	0~+70°C
HT201-24-45S100D-I	BIDI SFP	1.25Gb/s	100km	1490nm	DFB	PIN	<1.0W	-40~+85°C
HT201-24-54S100D-I	BIDI SFP	1.25Gb/s	100km	1550nm	DFB	PIN	<1.0W	-40~+85°C
HT201-24-45S100D	BIDI SFP	1.25Gb/s	100km	1490nm	DFB	PIN	<0.95W	0~+70°C
HT201-24-54S100D	BIDI SFP	1.25Gb/s	100km	1550nm	DFB	PIN	<0.95W	0~+70°C
HT201-24-45S120D-I	BIDI SFP	1.25Gb/s	120km	1490nm	DFB	APD	<1.0W	-40~+85°C
HT201-24-54S120D-I	BIDI SFP	1.25Gb/s	120km	1550nm	DFB	APD	<1.0W	-40~+85°C
HT201-24-45S120D	BIDI SFP	1.25Gb/s	120km	1490nm	DFB	APD	<0.95W	0~+70°C
HT201-24-54S120D	BIDI SFP	1.25Gb/s	120km	1550nm	DFB	APD	<0.95W	0~+70°C
HT201-24-45S160D-I	BIDI SFP	1.25Gb/s	160km	1490nm	DFB	APD	<1.0W	-40~+85°C
HT201-24-54S160D-I	BIDI SFP	1.25Gb/s	160km	1550nm	DFB	APD	<1.0W	-40~+85°C
HT201-24-45S160D	BIDI SFP	1.25Gb/s	160km	1490nm	DFB	APD	<0.95W	0~+70°C
HT201-24-54S160D	BIDI SFP	1.25Gb/s	160km	1550nm	DFB	APD	<0.95W	0~+70°C

•千兆以太網(wǎng)
•光纖通道
•開關切換界面
•交換背板應用
•路由器/服務器接口
•其他光傳輸系統(tǒng)

1.25Gbps 1550nm 160KM LC Single Mode Dual Fiber SFP Transceiver Optical Module

1.25Gb/s BiDi SFP 160km Optical Transceiver 規(guī)格書

1.25G SM 1550nm EZX 160km LC

Q&A:

What is the difference between LH and LX modules?

What does it infer if a modules says like "Cisco 1000BASE-LX/LH SFP?
Answer:
Generally a module is either made for single mode (More distance) / multimode (short distance). But this module can be used for both Single mode and Multimode.
If used with SM fiber it can go up to 10Km
It used with MM it can go up to 550meters (depend on what kind of MM fiber you have) You need a mode conditioning patch chord too with legacy MM I think OM1 and 2.
Long Haul ( LH ) denotes longer distances while Long Wavelength ( LX ) denotes less energy which is obviously shorter distance. Why does Cisco use both LX and LH for certain SFP modules.
Read this link and don't worry about LX/LH (You will get the distance mentioned above depending on the type of fiber you are using)
http://en.wikipedia.org/wiki/Gigabit_Ethernet
Before it was standardized 1000BASE-LX10 was essentially already in wide spread use by many vendors as a proprietary extension called either 1000BASE-LX/LH or 1000BASE-LH.

首頁

產品展示

解決方案

新聞中心

技術支持

關于我們