Adaptive IF Relay XMC
Pentek, Inc., (Upper Saddle River, NJ) has introduced the newest member of its Cobalt® line of XMCs (Switched Mezzanine Cards). The Model 71624 dual channel, 34 signal, adaptive IF (Intermediate Frequency) relay XMC with a Virtex- 6 FPGA accepts two IF analog input channels, modifies up to 34 signals, and then delivers them to two analog IF outputs. Any signal within each IF band can be independently enabled or disabled, and changed in both frequency and amplitude as it passes through the module. The Model 71624 features 34 digital down converters (DDCs), each independently tunable across a 100 MHz input IF range, handling signal bandwidths from 20 kHz up to 312 kHz. The DDCs deliver 34 baseband signals to the host computer, which determines how each signal is dropped, replaced, or changed in amplitude and frequency. The modified signals are then combined and delivered as an analog IF output.
The Cobalt Model 71624 XMC is designed for commercial, rugged or conduction cooled operating environments. It is also available in several form factors, including 3U and 6U VPX (52624/53624 & 57624/58624), 3U and 6U cPCI (72624/73624/ 74624), AMC (56624) and PCIe (78624).
For Free Info Click Here
Top Stories
INSIDERAerospace
New Clean Planet Facility Converts Waste Plastic to Sustainable Aviation Fuel
INSIDERAerospace
Researchers Discover Material That Conducts Heat Better Than Copper
NewsManufacturing & Prototyping
Engineering Better Reusable Bulk Containers for the Automotive Industry
INSIDERAerospace
New Study Finds Lean-Burn Engines Don’t Reduce Aircraft Contrail Formation
NewsManned Systems
Downstream Take on Electric Construction Vehicles
NewsEnergy
Webcasts
Software
Virtual. Physical. Connected: How Smart Testing Is Changing...
Automotive
Battery Manufacturing & Simulation Summit 2026
Automotive
Virtual Screening of Materials for Increased Battery Performance
Software
Scaling SDV Development with Virtualization
Electronics & Computers
High-Speed Connectivity for Next Generation Aerospace & Defense...
Automotive
Electronics Digital Twins: From Concept to Scalable Platform



