Featured Products

Explore the cutting-edge of radio frequency (RF) and microwave technology with our featured products, designed to meet the demands of high-performance applications across a range of industries.

Featured Products

Weekly Showcase: Ruggedized Low-Loss Test Cables for Extreme and Harsh Environments

Posted by HASCO Components on 11th Apr 2025

Weekly Showcase: Ruggedized Low-Loss Test Cables for Extreme and Harsh Environments html,body{width:100%!important;height:100%!important;margin:0 auto!important;padding:0!important;-webkit-font … read more
Weekly Showcase: Discover the Durability and Performance of our Armoured Test Cables!

Posted by HASCO Components on 4th Oct 2024

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Little 110 Cables

Posted by HASCO Components on 14th Dec 2023

Click Image Below to View and Purchase HASCO Little-110, 110 GHz cable assembly with 1.0mm High-Quality Connectors is a high-frequency cable solution that offers a r … read more
Littlebend and Launch Connectors

Posted by HASCO Components on 14th Dec 2023

HASCO Littlebend Cables play an integral role in various cutting-edge applications, spanning RF, Microwave, and Millimeter-Wave system integration and box builds, and extending their impact to 6G and … read more
HLL228R Series Ruggedized, Flexible Cables - DC to 50 GHz

Posted by HASCO Components on 15th Nov 2023

We are happy to feature the HLL228R Series Cables by HASCO. The HLL228R is a low loss LL228 cable that operates from DC to 50 GHz. This cable series is constructed with 2.4mm conne … read more
HASCO Has Cable Expertise

Posted by HASCO Components on 15th Nov 2023

We want you to know HASCO has the expertise to assist you with all of your questions about choosing the correct RF Coaxial Cables for your specific project. We have so many in stock, r … read more
VSWR and Return Loss of Coaxial Cables

Posted by HASCO Components on 15th Nov 2023

Voltage Standing Wave Ratio (VSWR) and Structural Return Loss (SRL) are basically the same - only different. Both terms are used to characterize the uniformity of a cable’s impedance along its length … read more