Product Description

RF coupler Zinc
RF coupler Brass
Producto añadido!
Navegar por Lista de Deseos
El producto ya está en la lista de deseos!
Navegar por Lista de Deseos
Related Products
With the number of channel increasing fast, DTV operators require the ability to have a multi-channel transcoding solution to simplify their headend architecture and to reduce the amount of headend equipment needed. To achieve this, they need products able to deal with multi-channel MPEG-2 and MPEG-4 AVC video streams. GOSPELL’s GN-1772 a new generation of modular & high density SD video and audio conversion unit with best-in-class video quality. It supports up to 36/72 channels MPEG-2/MPEG-4 AVC SD live video and audio services transcoding with IP in and out by using six external pluggable transcoding modules for broadcast and Over-The-Top(OTT) applications
[/vc_column_text][/vc_column][/vc_row]
Read more
GC-1803 is a multi-channel professional FTA receiver and decoder with broadcast-quality launched by GOSPELL. This was designed for demodulating and decoding up to eight unscrambled SD MPEG-2, AVC and AVS programs. It supports a wide range of input and output options, coming from DVB-S/S2 satellite, Ethernet network and local DVB-ASI interface, allowing it handle any program sources, decoding output via analog composite video and unbalanced or balanced audio interfaces. It is also highly versatile and can decode up to eight channels SD MPEG-2, AVC, AVS programs in one rack unit
Read more Micronodo Passive 55MF
➢ Model Number: XFO HN001F ➢ Designed For FTTH (Fiber To The Home Network) ➢ No Power Required ➢ Exelent Linearity and Flatness ➢ Frequency range 40-1000MHz For CATV End-users ➢ Optical Connector: SC/APC ➢ PVC Casing(Actractive customized case colours) ➢ With RF Shielding Protection
GOSPELL’s GM-2730 series is a multifunctional Network Adapter which performs the adaptation of interfaces between ASI and Gigabit Ethernet, and then multiplex and scramble the MPEG transport streams before sending to local headend system or Ethernet transport network. The GM-2730 series adopts GOSPELL’s flexible licensing mechanism for scrambling functions, with one 100Base-T Ethernet interface available for connection to the conditional access system(CAS) as well as to the network management system(NMS). This flexibility and versatility enables operators to reduce total cost of ownership. It can be widely applied to central head-end and remote headend system in CATV, DTT and SATV networks.
Read more Optical Fiber identifier KIT XFO308T/I
XFO 308I Optical Fiber Identifier is a crucial tool for optical maintenance, which is used without damage the fiber optic cable, fiber identification work can be detect in any location of both SM and MM fiber. Meanwhile when you combined with XFO 308T Optical Signal Generator, which can realize low-frequency signal live injection, and realize to find a fiber without modulation signal in optical fiber signal.
Multi-functional TS descrambre is a new generation of DTV receiver and de-scrambler series. It support ASI input, as well as different types of RF inputs, descrambler devices in the head-end equipements room for DTV network operator. in comparision with traditional single channel TS receiver and descrambler. GC-1818 has much higher performance to price.
Read more OPN8601G Optical Workstation
Four (4) independent RF output with optical Automatic Gain Control (AGC), any optical node in one optical network, if only the optical power range is within -7dBm~+2dBm,we don’t need adjust the attenuating value of the attenuator of this machine, we can ensure the output level of the whole machine remain the same, and CTB & CSO are remained unchanged, it is easy for debugging the project.
The DS2500Q is a rugged, handheld tool for installation, maintenance and troubleshooting HFC networks. This compact and simple-to-use instrument has an integrated DOCSIS 3.0 cable modem and supports all types of QAM and analog signal measurements such as HUM, modulation depth, MER, BER, constellation display, spectrum, power level and sweep.
Read more