NEW: 30+ GHz SMT Components
June 17, 2022
New ultrabroadband SMT Bias Tees, Pick-off Tees and Power Dividers from HYPERLABS offer industry-best bandwidth to 30+ GHz.
HYPERLABS Product Updates
Since 1992, HYPERLABS has been building industry-leading Test and Measurement equipment including ultra-broadband RF components, pulse generators, samplers, and cost-effective TDR and impedance analyzer equipment.
This page is a snapshot of what we’re working on, where we’ve been, and where we’re going.
For more information about what you see here, or anything else, please contact us.
NEW: Ultrabroadband Baluns to 100 GHz
February 15, 2022
The newest ultrabroadband baluns from HYPERLABS INC., the HL9409 (100 GHz) and HL9408 (85 GHz), offer bandwidth unparalleled in the test and measurement industry.
NEW: 30 GHz, 13 dB Linear Amplifier
April 14, 2021
HYPERLABS INC., the leader in ultra-broadband components for RF and data applications, is pleased to announce the release of a 30 GHz data driver and linear amplifier with 13 dB gain and 30 GHz bandwidth.
NEW: Smaller, More Economical 20 GHz Balun
March 15, 2021
HYPERLABS INC., makers of the world’s best ultra-broadband baluns, is pleased to announce the release of a smaller, lower-cost model covering 100 MHz to 20 GHz.
NEW: Ultra-broadband High-current (400-1000 mA) Bias Tees
February 2, 2021
HYPERLABS INC., the market leader in ultra-broadband bias tees, is pleased to announce two new product lines with higher maximum current. The HL954x can handle 400 mA of current with only 1.5 dB insertion loss to 67 GHz. For applications that need additional current, the HL964x can handle 1000 mA with 2 dB insertion loss to 67 GHz.
NEW: Ultra-broadband 14 and 20 dB Pick-off Tees
January 15, 2021
HYPERLABS INC., the market leader in ultra-broadband RF pick-off tees, is pleased to announce a new line of devices with additional pick-off signal options. HL956x devices use proprietary resistive technology to provide the industry’s flattest frequency response with either 14 dB or 20 dB output on the pick-off line.