欧洲杯正规下单平台

标准光?

标准协议光?

兼容协议光?

其它种类光器件

技术支持

射频光?

射频光?

F-tone Networks(欧洲杯正规下单平台)专业研爆发产射频光?,RF Optic Transceiver,射频光?镽F Optic Transceiver,18G ROF射频光?,3G ROF射频光?榈鹊热盗猩淦倒饽?, 主要应用于通信、军工、航天、工业等等领域。为全球各大运营商提供优质的射频光?椴泛托Ю。我司射频光?接纳金属铸造的外壳封装,具有足够高的可靠性, 功效高集成化设计,切合低本钱高效益需求?商娲岬缋禄虺ご渚嗬胛⒉ㄐ藕鸥词酒,可广泛应用于应用在远端天线,卫星天线,宁静加密通信,GPS分派, 4G LTE等许多RF传输系统,可以在很宽的温度规模内坚持高稳定的事情。特点包括支持0.01到3 GHz事情频率,超高信噪比,超高线性,增益稳定,频响平滑,扩展的事情温度规模,切合主流的射频和光学接口标准,可定制化等。

射频光?

ROF射频光传输?

ROF射频光传输?

ROF射频光传输?

ROF射频光传输?椋≧F over Fiber)用于将射频信号转为光信号,通过光纤传输,接收端再将光信号转换成射频信号。适用于通信及雷达方面的应用。

S-Mini Analog Optical Receiver with Pigtail

S-Mini Analog Optical Receiver with Pigtail

S-Mini Analog Optical Receiver with Pigtail

Features
◆Supper-Mini size:31.3mm*17mm*10mm(L*W*H)
◆Low power consumption
◆Wide operating frequency from 10MHz to 12GHz

S-Mini Analog Optical Transmitter with Pigtail

S-Mini Analog Optical Transmitter with Pigtail

S-Mini Analog Optical Transmitter with Pigtail

Features
◆Supper-Mini size :31.3mm*17mm*10mm(L*W*H)
◆Un-cooled(without TEC),low power consumption
◆CWDM wavelength optional

S-Mini Optical Transmitter

S-Mini Optical Transmitter

S-Mini Optical Transmitter

欧洲杯正规下单平台专业研爆发产(全国产化可选):S-Mini Optical Transmitter, S-Mini Optical Transmitter海量交付给国防、军工、航空、航天、武器、舰船、雷达、电子、核工业、军事、电力、铁路、医疗、交通、通信、电信、政府、国防科技工业系统内大专院校及科研院所

S-Mini 同轴模拟光发?

S-Mini 同轴模拟光发?

S-Mini 同轴模拟光发?

欧洲杯正规下单平台专业研爆发产(全国产化可选):S-Mini 同轴模拟光发?, S-Mini 同轴模拟光发?楹A拷桓陡馈⒕ぁ⒑娇铡⒑教臁⑽淦鳌⒔⒋⒗状铩⒌缱印⒑斯ひ怠⒕隆⒌缌Α⑻贰⒁搅啤⒔煌ā⑼ㄐ拧⒌缧拧⒄府、国防科技工业系统内大专院校及科研院所

S-Mini 同轴模拟光收?

S-Mini 同轴模拟光收?

S-Mini 同轴模拟光收?

欧洲杯正规下单平台专业研爆发产(全国产化可选):S-Mini 同轴模拟光收?, S-Mini 同轴模拟光收?楹A拷桓陡馈⒕ぁ⒑娇铡⒑教臁⑽淦鳌⒔⒋⒗状铩⒌缱印⒑斯ひ怠⒕隆⒌缌Α⑻贰⒁搅啤⒔煌ā⑼ㄐ拧⒌缧拧⒄府、国防科技工业系统内大专院校及科研院所

S波段射频光电/电光?

S波段射频光电/电光?

S波段射频光电/电光?

射频光电/电光?椋≧F over Fiber)的特点:RF over Fiber(射频光电/电光?)用于将射频信号转为光信号,通过光纤传输,接收端再将光信号转换成射频信号。适用于通信及雷达方面的应用。

S波段微波光传输?

S波段微波光传输?

S波段微波光传输?

本S波段微波光传输?橛糜诮⒉ㄐ藕/射频信号坚持高性能参数的前提下,转化为光信号,在光纤中进行传输。接收?樵俳庑藕鸥叨缺U娴幕指闯隼。适用于通信及雷达方面的应用。

Tunable 1.2GHz XFP-RF Transmitter

Tunable 1.2GHz XFP-RF Transmitter

Tunable 1.2GHz XFP-RF Transmitter

F-tone Networks’s XFP-RF transmitter is a small form factor hot-pluggable optical module that is compliant with interface specifications developed by the Society of Cable Telecommunications Engineers (SCTE). The wavelength of the transmitter can be electronically set to any of 43 DWDM wavelengths across the entire C-band in less than 0.5 second. An integrated wavelength locker keeps the wavelength within 2 GHz of the wavelength center over the life of the transmitter. It can be fully loaded with digital QAM channels from 50 MHz to 1218 MHz to enable cable operators to more effectively segment their serving groups and offer more services to their subscribers. The small XFP module significantly reduces power consumption and increases density for downstream transmitters. These modules can be integrated into today’s Hybrid-Fiber Coaxial (HFC) optical broadband platforms and tomorrow’s converged
access platforms (CCAP).

Tunable 3GHz XFP-RF Transmitter

Tunable 3GHz XFP-RF Transmitter

Tunable DWDM 3GHz XFP-RF Transmitter

F-tone Networks’s 3GHz XFP-RF transmitter is a small form factor hot-pluggable optical module that is compliant with interface specifications developed by the Society of Cable Telecommunications Engineers (SCTE). The wavelength of the transmitter can be electronically set to any of 43 DWDM wavelengths across the entire C-band in less than 0.5 second. An integrated wavelength locker keeps the wavelength within 2GHz of the wavelength center over the life of the transmitter. It can be fully loaded with analog carriers from 50 MHz to 3000 MHz in order to enable operators to effectively utilize a broad range of frequencies when designing distributed antenna systems and RF Over Fiber networks. The small XFP module significantly reduces power consumption and increases density for downstream transmitters.

XFP-OA Optical Amplifier

XFP-OA Optical Amplifier

RF-over-Fiber XFP-OA Optical Amplifier

F-tone Networks’s XFP-OA Optical Amplifier is an Erbium-Doped Fiber Amplifier (EDFA) in a small form factor hot-pluggable optical module. It amplifies optical signals to enable long Hybrid Fiber Coaxial links and/or high optical splitting for RF-over-Glass architectures. The optical output power, which is settable by the user, is kept constant through an active feedback loop.

The XFP-OA can be paired with F-tone Networks’s wavelength-tunable XFP-RF Transmitters for single wavelength applications or Dense Wavelength Division Multiplexing (DWDM) up to 8 wavelengths. It installs into the same F-tone Networks XFP-RF host system so it can be monitored and controlled through embedded Web Browser Graphical User Interface or through a network management system.

光脉冲调制?

光脉冲调制?

光脉冲调制?

光脉冲调制?可用于将电脉冲信号调制到光信号,将光信号调制成相同的脉冲信号,用于远距离传输以及其他方法应用。

射频光?

射频光?

射频光?

射频光?橛糜诮淦敌藕抛庑藕,通过光纤传输,接收端再将光信号转换成射频信号,其距离长、带宽高、响应平坦,使用于通信及雷达系统。

射频光电?

射频光电?

射频光电?

射频光电?橛糜诮淦敌藕抛庑藕,通过光纤传输,接收端再将光信号转换成射频信号,其距离长、带宽高、响应平坦,使用于通信及雷达系统。卫星通信中,点到点的天线可以通过此设备将射频信号转为光信号,通过光纤连接至几米到几千米的控制室外。

射频光电转换?

射频光电转换?

射频光电转换?

射频光电转换?椋≧F over Fiber)的特点:射频光电转换?橛糜诮淦敌藕抛庑藕,通过光纤传输,接收端再将光信号转换成射频信号。适用于通信及雷达方面的应用。

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