Transport data via Evertz’ fiber transmitters and receivers.
Distribute data via Evertz’ splitters and amplifiers.
Receive data via Evertz’ demodulators and IRDs.
Evertz RF transport products allows operators to send RF signals over fiber from distant facilities without compromising valuable CNR and signal levels. This platform also facilitates site-diversity as well as antenna sharing. With optional redundancy configurations, this platform facilitates site-diversity as well as antenna sharing. The wideband models extend its capabilities for L-Band, extended/stacked L-Band, Over-the-air DTV, FM etc. applications.
Modular Series: Evertz
Evertz 788xDM and 788xIRD is the basis of a professional platform for receiving, demodulating and decoding digital DVB signals. With a compact, modular form-factor the 788xDM and 788xIRD represents one of the highest density and most flexible solutions in the industry. An innovative removable front control panel and 1RU chassis allow the IRD to be packaged in the traditional IRD form-factor, while maintaining all of the benefits of modularity.
Simulsat is the world’s only true full-arc multiple satellite antenna that is capable of receiving satellite transmissions from 35 or more satellites simultaneously, without adjustment or degradation in performance from one satellite to the next. Simulsat is 2° compliant with the ability to capture signals from all C & Ku Band satellites within a 70° view arc.
Available in 2 different size and performance variations, the Simulsat is the ultimate solution for Broadcasters, Cable Television, Universities/Distance Learning, Television and Radio, Military/Government and Business Corporations with multiple satellite reception requirements worldwide.
Additionally, Evertz provides end-to-end uplink services with its satcom partner, ATCi.
The 7780MD series is the basis of a professional platform for modulating and uplinking digital DVB signals. With its modular form-factor and support for DVB-S/S2/S2x standards with DVB-CID features, this platform represents one of the highest density and future proof solution in the industry. Standard support for IP and ASI inputs allows the users to use this platform in multiple work flows.It can be housed in 1RU chassis with a local front panel or in a 3RU chassis to provide additional density.
The 7780MD series modulator when paired with Evertz professional encoder provides an integrated encoder modulator solution in a
and much more.
Evertz offers the most advanced and comprehensive RF signal matrices which are built upon reliable, modular and hot swappable architecture ensuring signal continuity for 24x7 mission critical application. With thousands of small and large scale installs, this platform is the industry’s number 1 choice when it comes to RF switching applications. Evertz RF platform serves Major Teleports, Earth Stations, Broadcasters and Headends across the globe.
Starting from a small 4x4 modular 7800 chassis-based configuration, the 7800R-4x4RF platform is available in various square or non-square configurations with software expansion up to 8x16 (i.e. 4x16, 16x8, etc. also available). The XRF1A features 8x8 and 16x16 in a 1RU, scalable up to 32x32. The XRF6 is a modular RF router with intra-frame expansion of 64x64 and beyond with multiple chassis.. The medium size XRF4 router is also modular with intra-frame expansion of 64x128 and beyond using multiple frames. The XRF4 also features an integrated touch screen interface for user friendly monitoring and control of the matrix. For custom Fan-In, Fan-Out switching applications, Evertz offers a wide range of solutions such as the 7800R-4x4, XRF4, and more.
The latest and largest in Evertz routing series is the XPRF-XL, capable of a 128x256 configuration in a single 14RU chassis. Alike the rest of Evertz RF router platforms, the XPRF Series features a flexible solution allowing custom configurations for any symmetrical and asymmetrical arrangements. In addition to its unique features such as Input, Output, and Mid-Point redundancy, this platform also features an integrated 19" touch screen interface with spectrum analyzer display.
All Evertz RF routers are further expandable using passive splitters/combiners and feature RF gain control, optional LNB power supply and Fiber input using 2307LR miniature receiver.
Outdoor Integrated RF Fiber Transmission System
Wideband RF Fiber Transmitter w/ VistaLINK
Wideband RF Fiber Receiver w/ VistaLINK
Dual L-Band/Wideband RF Fiber Transmitter with VistaLINK
Dual L-Band/Wideband RF Fiber Receiver with VistaLINK
Miniature L-Band/Wideband Fiber Optic Receiver
L-Band Outdoor Fiber Transmitter with VistaLINK
40MHz to 3GHz RF 1x8 and 1x16 Active Splitter
Dual Port LNB Power Inserters
2x1 RF Protection Switch
RF Amplifier with Slope Compensation
40MHz to 3GHz RF 1x4 Active Splitter
16-channel 1x2 RF splitter/combiner in 1RU chassis, 75Ω BNC connectors
64-channel 1x2 RF splitter/combiner in 3RU chassis, 75Ω BNC connectors
1RU 16x16 RF Router with LNB power supply
6RU 64x64 RF matrix with modular input and output modules, dual controller and power supply.
14RU 128x128 RF matrix with modular input, mid and output modules, dual controller and power supply.
Professional DVBS/S2 MPEG2/H.264 SD/HD Integrated Receiver Decoders
DVB-S2 Quad Demodulator with L-Band Input
8VSB/QAM Demodulator with RF Input
Eight channel FM demodulator with quad RF inputs, ASI and IP output
DVB-S/S2/S2x L-Band and IF Satellite Modulators
Integrated encoder modulator platform with HD-SDI input and ASI,IP and RF output.
1RU, 10 slot frame for optical distribution modules
Quad 1x2 optical distribution module
Dual 1x4 optical distribution module
1x8 optical distribution module
4, 8 and 16 channel CWDM mux/demuxes
8 and 16 channel DWDM mux/demuxes
32 and 40 channel DWDM mux/demuxes
Pre, inline and boost fiber amplifiers
2, 4 and 8 way optical splitters
2:1 optical path protection switch
10/100 Ethernet transceivers
Gigabit Ethernet transceiver
Serial data transceiver for RS232, RS485, RS422 and GPIO
For information on Simulsat Multibeam satellite antenna products, please refer to the Evertz Simulsat brochure.