Model VTXC-101 is a low noise variation of the new generation, redesigned VTXC-100 Vortex 64 x 64 combining (full fan-in) L-band matrix building on the 6 year VTX pedigree. Available in a new compact 5U design, smaller than the classic 8U Vortex Matrix range, with enhanced RF performance and low noise figure.The new design L-band Vortex uses the same leading technology as the Vulcan Matrix, giving excellent RF performance in a compact chassis. Designed to provide high resilience for mission critical applications, with over 100 Vortex matrices in the field operating in large broadcast and government applications around the world.VTXC-101 has a module capacity of 64 inputs x 64 outputs, but can be part populated to any size. A variety of impedances and connector types are available.
- 64 x 64 routing in a super compact 5U, 19" rack mounted shelf.
- Low noise figure
- Improved RF performance including return loss, OIP3 and isolation
- Secure communications with SNMPv3 and HTTPS
- Local control & monitoring via front panel capacitive touchscreen
- Simple 'plug & go' installation.
- Further expansion of RF matrix to 1024 x 1024.
- Continuous monitoring and reporting of all active components.
- All settings are retained after a communications power failure.
- 64 x 64 routing in a super compact 5U, 19" rack mounted shelf.
- Low noise figure
- Improved RF performance including return loss, OIP3 and isolation
- Secure communications with SNMPv3 and HTTPS
- Local control & monitoring via front panel capacitive touchscreen
- Simple 'plug & go' installation.
- Further expansion of RF matrix to 1024 x 1024.
- Continuous monitoring and reporting of all active components.
- All settings are retained after a communications power failure.
- 64 x 64 routing in a super compact 5U, 19" rack mounted shelf.
- Low noise figure
- Improved RF performance including return loss, OIP3 and isolation
- Secure communications with SNMPv3 and HTTPS
- Local control & monitoring via front panel capacitive touchscreen
- Simple 'plug & go' installation.
- Further expansion of RF matrix to 1024 x 1024.
- Continuous monitoring and reporting of all active components.
- All settings are retained after a communications power failure.