MACOM and Elve to Demonstrate a V-Band Linearized TWTA for Satellite Communications and Defense Applications at IMS 2026

MACOM (NASDAQ:MTSI) and Elve plan a joint demonstration of a V-Band linearized traveling wave tube amplifier (TWTA) at IMS 2026 in Boston.

Rhea-AI Summary

MACOM (NASDAQ:MTSI) and Elve plan a joint demonstration of a V-Band linearized traveling wave tube amplifier (TWTA) at IMS 2026 in Boston. The demo combines MACOM’s analog predistortion linearization with Elve’s TWTA platform to improve linear power and efficiency for microwave transmitters used in satellite communications, defense, and other ground and space-based applications.

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News Market Reaction – MTSI

In the Jun 9 session, MTSI declined 0.87%, reflecting a mild negative market reaction.

Data tracked by StockTitan Argus on the day of publication.

Market Context

This announcement highlights MACOM’s focus on high-frequency innovation by pairing its analog predis...

Analysis

This announcement highlights MACOM’s focus on high-frequency innovation by pairing its analog predistortion linearization with Elve’s V-Band TWTA platform for satellite and defense systems. It follows a series of IMS 2026 product launches and strong fiscal Q2 2026 results with revenue of $289.0M. Investors may watch for evidence of customer interest, system-level performance gains, and how this collaboration complements MACOM’s broader mmWave and SATCOM product roadmap.

Key Figures

IMS 2026 dates: June 9–11, 2026 Booth number: Booth #17035 Frequency band: V-Band

IMS 2026 dates

June 9–11, 2026

International Microwave Symposium demonstration window

Booth number

Booth #17035

MACOM exhibition location at IMS 2026

Frequency band

V-Band

High-frequency operation range for the joint TWTA demo

Historical Context

5 past events · Latest: Jun 08

5 events

1. Jun 08

   mmWave switch launch

   24h Move

   +5.0%

   Introduced hot via chip scale technology and new 60–110 GHz SP2T switch.

2. Jun 05

   IMS SATCOM products

   24h Move

   -9.8%

   Announced new RF and optical SATCOM products for IMS 2026 demonstrations.

3. Jun 04

   Aero/defense launches

   24h Move

   -1.9%

   Unveiled GaN-based RF products for aerospace, defense, radar and EW markets.

4. May 07

   Q2 2026 earnings

   24h Move

   +11.2%

   Reported Q2 2026 results with $289.0M revenue and detailed Q3 guidance.

5. Apr 27

   Supply chain deals

   24h Move

   -2.9%

   Planned LTSAs and £45M IQE investment to bolster supply-chain resilience.

24h Move is the share-price change in the day after each event; other market factors may also have contributed.

Key Terms

traveling wave tube amplifier, twta, analog predistortion, mmwave

4 terms

traveling wave tube amplifier technical

"an innovative traveling wave tube amplifier (TWTA) designer and manufacturer"

A traveling wave tube amplifier is a high-power device that boosts microwave and radio-frequency signals by using a focused stream of electrons inside a vacuum to transfer energy to a signal as it moves down a long, tuned path — think of many relay runners passing energy forward to make the signal stronger. Investors care because it’s a critical component in satellites, radar, and long-range communications where performance, supply constraints, cost, and export rules can directly affect a manufacturer’s competitiveness and revenue.

twta technical

"Elve’s TWTA platform, highlighting a complementary approach to improving"

A TWTA (traveling wave tube amplifier) is a high‑power electronic device used on satellites, spacecraft and some radar systems to boost radio signals, much like a megaphone makes a quiet voice travel farther. Investors care because TWTAs are critical parts of communications payloads and influence a satellite’s performance, manufacturing cost, reliability and maintenance needs—factors that affect contract value, revenue forecasts and the risk profile of companies in aerospace, defense and satellite services.

analog predistortion technical

"combine MACOM’s analog predistortion (APD) linearization technology with Elve’s"

Analog predistortion is a technique that pre-adjusts an electronic signal before it goes into a transmitter so the final output comes out cleaner and closer to the original. Think of it like slightly warping a photo before printing so the printer’s quirks produce a correct image; in radios and wireless gear this reduces distortion, improves range and battery efficiency, and helps meet regulatory limits on interference. For investors, that can mean better product performance, lower manufacturing or operating costs, and reduced risk of regulatory penalties—factors that affect sales, margins, and long‑term competitiveness.

mmwave technical

"improving system efficiency and linear performance in mmWave applications"

mmWave is the very high-frequency portion of the radio spectrum (roughly 24–100 GHz) used for ultra-fast wireless links. It matters to investors because it enables much higher data speeds and capacity for services like 5G and fixed wireless, but its short range and sensitivity to obstacles make network deployment and device support more expensive and complex—factors that influence revenue potential, capital spending, and competitive position.

AI-generated analysis. How Rhea-AI works. Not financial advice.

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LOWELL, Mass., June 09, 2026 (GLOBE NEWSWIRE) -- MACOM Technology Solutions Inc. (“MACOM”), a leading supplier of semiconductor products, and Elve, Inc., an innovative traveling wave tube amplifier (TWTA) designer and manufacturer, will jointly demonstrate how their technologies can be combined to enhance performance and efficiency in microwave transmitter systems in MACOM’s Booth #17035 at the International Microwave Symposium (IMS 2026) on June 9 to 11, 2026, in Boston, MA.

The joint demonstration will combine MACOM’s analog predistortion (APD) linearization technology with Elve’s TWTA platform, highlighting a complementary approach to improving linear power performance and efficiency in high-frequency systems operating at V-Band. The demonstration is designed to showcase how these technologies can work together to address evolving system requirements across a range of applications, including ground and space-based platforms.

“By pairing MACOM’s linearization capabilities with Elve’s high-power amplification, we’re demonstrating a practical approach to improving system efficiency and linear performance in mmWave applications,” said Stephen G. Daly, President and Chief Executive Officer, MACOM.

“Elve is excited to collaborate with MACOM on this IMS demonstration. Bringing together our respective technologies allows us to enhance TWTA performance,” said Dr. Diana Gamzina, Founder and Chief Executive Officer, Elve.

The collaboration is centered on exploring how advanced linearization and high power amplification techniques can be effectively integrated, offering a closer look at system-level benefits such as improved usable output power and more efficient operation.

About Elve

Elve is a Davis, California-based deep tech innovator specializing in the manufacturing of millimeter-wave (mmWave) power amplifiers at scale. Founded in 2020, the company’s team of over 50 experts focuses on unlocking access to mmWave power in critical systems that connect, energize, defend, and inform global infrastructure.

About MACOM

MACOM designs and manufactures semiconductor products for telecommunications, industrial and defense and data center applications. Headquartered in Lowell, Massachusetts, MACOM has design centers and sales offices throughout North America, Europe and Asia. MACOM is certified to the ISO9001 international quality standard and ISO14001 environmental management standard. To learn more, visit https://www.macom.com/.

Company Contact:
MACOM Technology Solutions Inc.
Stephen Ferranti
Sr. Vice President, Corporate Development and Investor Relations
P: 978-656-2977
E: stephen.ferranti@macom.com

FAQ

What are MACOM (MTSI) and Elve demonstrating at IMS 2026?

MACOM and Elve are demonstrating a V-Band linearized TWTA combining analog predistortion and high-power amplification. According to MACOM, this aims to enhance linear power performance and efficiency in high-frequency microwave transmitter systems for satellite communications and defense applications.

When and where will the MACOM (MTSI) and Elve V-Band TWTA demo take place?

The joint V-Band TWTA demo will occur at IMS 2026 in Boston from June 9–11, 2026. According to MACOM, it will be shown in MACOM’s Booth #17035, highlighting system-level performance and efficiency improvements in microwave transmitters.

How does MACOM’s analog predistortion benefit the Elve TWTA platform for MTSI investors?

MACOM’s analog predistortion linearization is paired with Elve’s TWTA to improve linear power and efficiency. According to MACOM, this complementary approach targets better usable output power and more efficient operation in V-Band microwave systems across ground and space-based platforms.

Why is the MACOM (MTSI) and Elve V-Band TWTA demo important for satellite communications?

The demo showcases a V-Band transmitter solution focused on higher linear power and efficiency. According to MACOM, combining linearization and high-power amplification may help address evolving performance requirements in satellite communications, including ground and space-based platforms operating at millimeter-wave frequencies.

What applications are targeted by the MACOM (MTSI) and Elve V-Band TWTA collaboration?

The collaboration targets microwave transmitter systems for ground and space-based platforms. According to MACOM, applications include satellite communications, defense, and other high-frequency V-Band systems needing improved usable output power, better linear performance, and more efficient system-level operation.

How could the MACOM (MTSI) and Elve IMS 2026 demo impact mmWave system design?

The demo presents a practical integration of analog predistortion and TWTA high-power amplification. According to MACOM, this approach offers insight into system-level benefits like improved usable output power and efficiency, potentially influencing future mmWave transmitter architectures in defense and satellite markets.