Cytec Corp.
Cytec Corp. is a privately held business incorporated since 1980 and is located in Upstate New York. We offer more than 25 different standard Switching Systems and can custom design Systems that meet our clients' requirements. Engineering, manufacturing, sales and distribution are all located at our headquarters to ensure that our customers receive top quality products and that it is delivered in a timely manner. A staff of talented sales engineers work closely with our clients to make certain that requirements for each Switching System are satisfied.
- 585-381-4740
- 585-381-0475
- sales@cytec-ate.com
- 2555 Baird Rd.
Penfield, NY 14526
United States
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product
Group Switching Matrices and Multiplexers (Analog & Digital)
GX Series
Cytec GX Series is used to build Group or Gang switches from 2 to 2000 wires. A variety of different modules can be custom configured to switch virtually any type of signal and can be wired out to any type of connector.Group Multiplexers switch any one of several groups of input signals to a single output group, or a single input group to multiple output groups.
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High Density 1xN mux or 2xN Matrix Switching Systems
JX Series
This compact and economically priced series can be used as either 1xN multiplexers, 2xN matrices, or individual switches. As multiplexers, they can be used as a large number of individual muxes or jumpered together to form as large a mux as you need to switch a large number of inputs or outputs to one common port. As a 2xN matrix they allow you to switch any number of signals between two ports of a DVM, DMM, LCR, or other type of meter or supply. Individual relay modules are available for other configurations requiring discrete SPST or SPDT relays with standard or power relays.
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High Voltage Switching Systems
HXV Series
HXV products are high voltage systems intened for Hi-pot / IR or High voltage switching. They can be configured to drive from 32 to 128 switch points per chassis and can be configured as multiplexer (1xN) or Matrix (NxM) configurations. Stand HXV chassis are used for signals up to 5000 VAC rms ( 7400 V peak ) and can carry up to 5 amps of current. Custom systems can be built up to 25KV. Most of the modules used in these systems are 1xN multiplexers or 2x4 matrix modules that can be combined to form larger multiplexers or matrices. Connector options for standard HXV include 5 way banaba jacks / binding posts, Shrouded Banana Jacks or SHV ( High voltage BNC) if you need to use a high voltage cable with a grounded shield for safety applications. Control options include 10/100BaseT Ethernet LAN, RS232, GPIB or optional manual control. Standard HXV systems use high voltage reed relays. Custom HXV systems up to 25KV use application specific relays and connectors from a variety of vendors based on required specifications.
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Modular Video and RF Switches and Matrix Switching Systems
VDM Series
Cytec's VDM Series of video and RF switching systems are based on a solid state switch fabric and are available in non-blocking, full fan-out configurations of 8x8 to 32x32, with a small signal bandpass of 400MHz. Input and output buffers can be modified for different impedance or signal levels. Both the switch modules and control modules are modular for ease of expansion and low MTTR. Start with an 8x8 matrix and expand to a 32x32 simply by adding additional input and output modules.
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Patch Panels & Miscellaneous Buffer Modules
Cytec manufactures passive and programmable patch panels for Automated Test, Data Acquisition and communications. The passive patch panels simply allow you to convert between connector types for rack mount wiring and interconnect issues. The programmable patch panels allow you to reconfigure wiring from a computer using Ethernet LAN, GPIB, RS232, USB or other communication protocols.
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Physical Layer Switching Systems for copper LAN, WAN, DSL, Telco apps with RJ style connectors.
RJ Series
The RJ Series of computer controlled switching systems are designed for physical layer switching of multiwire signals on RJ style connectors. Since the system uses mechanical relays it acts exactly like a piece of cable which makes it perfect for testing networks without altering the signals or regeneration. These systems are typically used for Ethernet LAN 10BaseT through 1000BaseT, DSL including ASML through GFAST, CAT5 through CAT6A cable testing, USB up to 2.0, RS232, RS422, RS485 up to 8 wire at 20 Mbps and many other applications switched over RJ45 connectors up to 8 wires. They may also be used as lab automation switches, network testing switches, patch panels, network redundancy switches or any number of physical layer applications.
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Physical Layer Switching Systems for Copper LAN, WAN< DSL, Telco Apps with RJ Style Connectors
RJ Series Switching Systems
The RJ Series of computer controlled switching systems are designed for physical layer switching of multiwire signals on RJ style connectors. Since the system uses mechanical relays it acts exactly like a piece of cable which makes it perfect for testing networks without altering the signals or regeneration. These systems are typically used for Ethernet LAN 10BaseT through 1000BaseT, DSL including ASML through GFAST, CAT5 through CAT6A cable testing, USB up to 2.0, RS232, RS422, RS485 up to 8 wire at 20 Mbps and many other applications switched over RJ45 connectors up to 8 wires. They may also be used as lab automation switches, network testing switches, patch panels, network redundancy switches or any number of physical layer applications.
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Analog or Digital Communications Switching Systems with D Type Connectors
RS Series
The RS Series computer controlled switching systems are designed to switch multi-wire groups of signal up to 25 wires. These systems are typically used for signals such as parallel TTL, RS232, RS422, WAN or modems, but can also be used for any group of analog or digital signals having a bandpass up to 30 MHz or a data rate up to 20 Mbps. A modular design concept is used that provides configuration flexibility by allowing display modules, different control modules and switch modules to be combined into a single chassis.LED displays and switch point status feedback are available on most systems. Computer control via IEEE488 (GPIB) and RS232 is standard, while TCP/IP Ethernet LAN, USB and manual controls are optionally available.
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Chassis
RSM/128-MF
These Chassis controls up to 16 8x1 modules, 32 4x1 modules or any combination or configuration such as a 16x8 matrix, 32x4 matrix or two 16x4 matrices. Matrix configurations are non-blocking and physical layer switches act like a cable connection with D connectors creating a one to one connection between D9, D15 or D25 connectors. All wires are switched as a group on each connector for easy programming. LEDs on the front panel show switch and power status. Add Switch Modules, Driver Modules and a Control Module to complete the system.
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Chassis - 16x16 Non-Blocking, Full Fan-Out Matrix for 50 ohm Signals from 1 GHx to 2.7 GHz
CXS/16x16-50-MF
This Chassis is a 16x16 non-blocking, full fan-out matrix for 50 ohm signals from 1 GHz to 2.7 GHz. The system uses splitters and amplifiers on the input side and switch modules on the output side to form a stubless matrix. Unit comes standard with LAN, GPIB and RS232 control. A keypad manual control is optional.
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Chassis - Built as 60 or 75 ohm Matrix Configuration Switch Modules for High Bandpass
CXG Matrix
These Chassis are built as 50 or 75 ohm matrix configurations of 4x8 or 8x8 using tree switch configuration switch modules for high bandpass. The internal matrix block is wired out to BNC, SMA or other 50 or 75 ohm connectors. LEDs on the front panel show switch and power status. Add a Control Module to complete the system.
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Chassis - Control Relays Greater than 8x1 or Control Multiple Relays in Series Forming Larger Switches than Normally Possible Such as 16x1 to 32x1 Sections.
CXM/256-MF
These Chassis are typically used to control relays greater than 8x1 or control multiple relays in series forming larger switches than normally possible such as 16x1 to 32x1 sections. Or control mixtures of 8x1"s, 4x1"s, 2x1"s and 2x2 modules in any combination or configuration for up to 256 relay drives. LEDs on the front panel show switch and power status. Add Switch Modules, display / driver modules and a Control Module to complete the system or simply buy the chassis wired out to D connectors to control your own relays. A manual control is optional.
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Chassis - Controls up to 16 8x1 Modules, 32 4x1 Modules or Mixtures or 8x1's, 4x1's, 2x1's and 2x2 Modules in Any Combination or Configuration up for up to 128 Relay Drives
CXM/128-MF
These Chassis controls up to 16 8x1 modules, 32 4x1 modules or mixtures of 8x1"s, 4x1"s, 2x1"s and 2x2 modules in any combination or configuration for up to 128 relay drives. LEDs on the front panel show switch and power status. Add Switch Modules, display / driver modules and a Control Module to complete the system or simply buy the chassis wired out to D connectors to control your own relays. A manual control is optional. Chassis is available with sink or source relay drivers from + 5 to + 28 volts, ot TTL drivers for programmable attenuators. Firmware commands for Fade and Handover for WiFi, Cell Phone and WiMax labs. Fully custom systems built with little to no NRE.
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Chassis - Controls up to 16 Switch Modules in 16x8, 32x4, or Dual 16x4 Configurations
CXB/128-MF
These Chassis controls up to 16 switch modules in 16x8, 32x4 or dual 16x4 configurations. Available as single pole systems with the outer conductor of the BNC taken to ground, or isolated 2 pole systems switching both center conductor and ground. LEDs on the front panel show switch and power status. Add Switch Modules, Driver Modules and a Control Module to complete the system.
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Chassis - Controls up to 4 8x1 Modules, 8 4x1 Modules, or Mixtures of 8x1's, 4x1's, 2x1's & 2x2 Modules in Any Combination or Configuration up to 32 Relay Drives
CXM/32-MF
These Chassis controls up to 4 8x1 modules, 8 4x1 modules or mixtures of 8x1"s, 4x1"s, 2x1"s and 2x2 modules in any combination or configuration for up to 32 relay drives. LEDs on the front panel show switch and power status. Add Switch Modules and a Control Module to complete the system or simply buy the chassis wired out to D connectors to control your own relays. A pushbutton manual control is optional.
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