Telecom Infrastructure
5G/6G backhaul · Microwave links · E-Band amplifiers - providing high-performance RF assemblies for next-generation communication networks
Telecom RF Application Scenarios
In today's hyper-connected, always-on world, the demand for reliable, high-performance RF technology is more critical than ever. UMS delivers the innovation and robustness that telecom networks require - from 5G infrastructure to sub-6 GHz deployments.
5G/6G Backhaul
5G networks rely on high-capacity backhaul using E-Band (71-86/81-86 GHz) and microwave bands (7-38 GHz) point-to-point links. UMS E-Band power amplifiers deliver 20-30 dBm output power with low linearity loss. E-Band LNAs ensure receive chain sensitivity. Mixers & multipliers support up/down-conversion, and VCOs provide stable local oscillation.
Microwave Links
Traditional microwave links covering 7-38 GHz bands are supported by UMS amplifiers and mixer products at 7 GHz, 13 GHz, 18 GHz, 23 GHz, 26 GHz, and 38 GHz. GaN power amplifiers deliver higher output power at elevated frequencies, while GaAs LNAs guarantee receive sensitivity, forming a complete microwave link RF front-end.
6G Frontier Bands
6G research explores D-Band (110-170 GHz) and sub-THz frequencies. UMS's GaAs/GaN MMIC technology roadmap extends beyond 100 GHz, with multiple W-Band (75-110 GHz) amplifiers and mixer products already providing the hardware foundation for 6G frontier research.
Small Cells & Distributed Antennas
5G dense urban deployments rely on small cells and distributed antenna systems. UMS medium- and low-power GaAs amplifiers (0.1-2W) meet small cell RF front-end requirements. Low-power designs support outdoor all-weather operation, and compact packages adapt to limited installation spaces.
Related UMS Products
UMS holds a leadership position in amplifiers for telecom, now in their fifth generation of evolution. Built on proprietary GaAs and GaN technologies, these products offer exceptional noise figure, linearity, and power efficiency.
E-Band Amplifiers
UMS E-Band power amplifiers covering 71-86 GHz, output power up to 20-30 dBm, excellent linearity, designed for 5G backhaul and point-to-point link transmit ends.
View Products ›Microwave Band LNAs
UMS LNAs covering 7-38 GHz microwave bands, noise figure better than 2 dB, gain 20-30 dB, providing high-sensitivity front-end for backhaul receive chains.
View Products ›Mixers & Multipliers
UMS mixers covering L to E-Band, conversion loss below 8 dB; multipliers support frequency up-conversion, providing core devices for backhaul chain up/down-conversion.
View Products ›VCOs & Frequency Sources
UMS VCOs provide stable local oscillation signals, phase noise as low as -90 dBc/Hz@100kHz, frequency covering C to Ka band, providing frequency reference for backhaul links.
View Products ›Related Southwest Products
High-Frequency End Launch Connectors
Southwest 1.85mm End Launch connectors covering DC-65 GHz, 2.4mm series covering DC-50 GHz, designed for E-Band and microwave link PCB interconnections, with insertion loss below 0.3 dB and return loss better than 20 dB.
View Products ›5G Test Connectors
Southwest precision connectors are the industry standard for 5G base station and backhaul equipment testing, available in End Launch, Vertical Launch, and cable assemblies, ensuring low-loss, high-repeatability interconnection between test fixtures and equipment under test.
View Products ›Inquire About Telecom RF Solutions
Our technical team can recommend the most suitable UMS E-Band/microwave amplifiers and Southwest connector combination solutions based on your frequency band requirements, link budget, and deployment environment.
Contact Telecom Applications Team