Engineered for real-world performance, HYPERLABS Broadband Bias Tees combine ultra-wide bandwidth, high voltage handling, and exceptional signal integrity.

DC Blocks from HYPERLABS offer low insertion loss of up to 145 GHz. These parts are available in a variety of connector configurations and with various breakdown voltage and capacitance options.

HYPERLABS offers high-performance, ultra-broadband DC Feeders with low insertion loss throughout the specified bandwidth range.

The HL590x series is a wideband frequency divider with minimal additive phase noise. It supports division ratios of 2, 4, 8, depending on the model, from 100 MHz to 24 GHz.

Designed for precise signal distribution, HYPERLABS Power Dividers & Splitters deliver broadband operation with excellent amplitude & phase balance, low loss & isolation.

HYPERLABS offers a range of high-performance SMD components—including baluns, bias tees, pick-off tees, power dividers, and samplers—delivering industry-leading bandwidth and exceptional value. Optional evaluation boards and volume discounts are available to support system integration.

The HL945x family of transition time converters (also known as low-pass absorptive rise time filters) provide superior return loss and flat group delay.

HYPERLABS offers ultra-broadband attenuators with a typical fixed insertion loss of 3 dB, 6 dB, or 10 dB and a very flat frequency response from DC to 145 GHz.

HYPERLABS ultra-broadband baluns provide precise 180° signal splitting and combining with excellent amplitude and phase balance across industry-leading bandwidths up to 145 GHz. Ideal for PAM4, optical communications, and high-speed test environments.

HYPERLABS offers ultra-broadband inverters with a typical fixed insertion loss of 2 dB and a very flat frequency response from 150 kHz to 100 GHz.

HYPERLABS offers the highest-performance Broadband DC Pick-off Tees on the market, with the industry’s lowest levels of insertion loss from DC to 110 GHz.

HYPERLABS offers ultra-broadband 50 Ω load terminations from DC to 110 GHz.