MACOM’s Microwave and Optical Comprehensive Solutions on Display at SATShow Week 2026

MACOM Technology Solutions (NASDAQ:MTSI) will showcase RF and optoelectronics solutions for SATCOM at SATShow Week, March 24–26, 2026 in Washington, D.C.

Rhea-AI Summary

MACOM Technology Solutions (NASDAQ:MTSI) will showcase RF and optoelectronics solutions for SATCOM at SATShow Week, March 24–26, 2026 in Washington, D.C. Booth 1637 will feature live demonstrations of GaN power amplifiers, low-noise receivers, FSO and RF-over-fiber components for next‑generation satellite networks.

Highlights include L/S-band D2D transmit/receive hardware, a 25W Ka-band PA, a linearized Q-band MMIC PA and optical transport architectures.

Argus Mar 18 session

-1.08% close to close Open Argus

Details

News Market Reaction – MTSI

On Mar 18, the day this news came out, MTSI closed 1.08% below the previous close.

Data tracked by StockTitan Argus for the Mar 18 session.

Market Context

This announcement highlights MACOM’s expanded presence in satellite communications, showcasing GaN-b...

Analysis

This announcement highlights MACOM’s expanded presence in satellite communications, showcasing GaN-based power amplifiers, direct-to-device RF lineups, and optical FSO and RF-over-fiber links at SATShow Week 2026. It continues a cadence of connectivity product news in March 2026. Investors may watch for how these solutions translate into design wins and revenue, as well as future disclosures that tie this SATCOM portfolio to measurable commercial impact.

Key Figures

Transmit output power: 1 W Transmit gain: >40 dB Transmit efficiency: >40% +5 more

Transmit output power

1 W

High-power L and S-Band D2D transmit lineup

Transmit gain

>40 dB

High-power L and S-Band D2D transmit lineup

Transmit efficiency

>40%

High-power L and S-Band D2D transmit lineup

Receive noise figure

0.5 dB

High-power L and S-Band D2D receive lineup

Ka-band frequency range

27–31 GHz

CMPA2H3B025D Ka-band SATCOM power amplifier

Ka-band PA power

25 W

GaN-on-SiC Ka-band power amplifier CMPA2H3B025D

Booth number

1637

MACOM exhibit at SATShow Week 2026

Event dates

March 24–26, 2026

SATShow Week 2026 in Washington, D.C.

Historical Context

5 past events · Latest: Mar 17

5 events

1. Mar 17

   Optical drivers launch

   24h Move

   -1.6%

   Announced two 448G PAM4 drivers for 1.6T and 3.2T optical modules.

2. Mar 16

   Copper interconnect product

   24h Move

   +4.5%

   Introduced MACD-41804 cable driver for low-power, high-density copper connectivity.

3. Mar 12

   PCIe 7.0 equalizers

   24h Move

   -3.0%

   Launched industry’s first PCIe 7.0 linear equalizers supporting 128 GT/s operation.

4. Mar 11

   OFC 2026 showcase

   24h Move

   +0.9%

   Announced OFC 2026 demos across photonics, optoelectronic, and copper interconnect solutions.

5. Feb 23

   ACC standards consortium

   24h Move

   +0.8%

   Joined 13-company ACC-MSA to define interoperable active copper cable standards.

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

Key Terms

satcom, gan-on-sic, mmic, free space optical, +3 more

7 terms

satcom technical

"latest RF and optoelectronics solutions for satellite communications (SATCOM) at Booth 1637"

Satcom, short for satellite communications, uses orbiting satellites as relay stations to send and receive voice, data and video between distant or hard-to-reach locations, effectively acting like cell towers in space. It matters to investors because satcom services support broadband, broadcasting, defense links and connected devices, often producing steady customer revenue but requiring large upfront costs, regulatory approvals and sensitivity to launch technology and spectrum access — all factors that influence company value.

gan-on-sic technical

"25W GaN-on-SiC power amplifier, CMPA2H3B025D, supporting Ka-band SATCOM"

GaN-on-SiC is a semiconductor construction where a thin layer of gallium nitride (GaN), a fast-switching material, is built on a silicon carbide (SiC) base that is hard, thermally conductive and stable. Think of it as putting a high-performance engine onto a tougher chassis: it enables smaller, cooler, and more efficient power and radio-frequency electronics. Investors care because devices made this way can cut energy losses, reduce cooling and size needs, and improve performance in sectors like electric vehicles, data centers and wireless infrastructure, which can translate to cost savings and competitive advantage.

mmic technical

"Q-Band GaN MMIC power amplifier that delivers substantial improvements"

A MMIC (monolithic microwave integrated circuit) is a tiny semiconductor chip that generates, amplifies or processes very high‑frequency radio signals used in radar, satellite links, 5G networks and some sensors. Think of it as a compact radio engine on a single piece of silicon; investors watch MMICs because they are critical components in fast‑growing communications and defense markets, affecting product performance, production cost, supply risk and revenue potential.

free space optical technical

"Free Space Optical (FSO) and RF-over-Fiber (RFoF): Showcasing a variety of components"

Free space optical (FSO) describes sending data by beaming light through open air or vacuum between two points instead of through cables, like using a flashlight to send Morse code across a yard but at very high speed. Investors care because it can deliver fiber-like capacity without digging for cables, enabling faster, cheaper deployment in some locations, though performance can be affected by weather, obstacles and the need for direct alignment.

rf-over-fiber technical

"Free Space Optical (FSO) and RF-over-Fiber (RFoF): Showcasing a variety"

RF-over-fiber is a technology that converts radio-frequency signals into light pulses and sends them through optical fiber, then converts them back to radio signals at the far end. Like running a high-quality audio cable over long distances with almost no loss or interference, it lets wireless equipment be placed centrally while serving remote antennas or towers. Investors care because it can lower network costs, enable faster rollouts (for example of mobile networks), and create recurring equipment and service revenue streams for telecom and infrastructure providers.

ku-band technical

"components to support Ku- and Ka-Band SATCOM applications."

Ku-band is a slice of radio frequencies (about 12–18 GHz) used mainly for satellite communications such as TV broadcasting, internet from space, and data links. For investors, Ku-band matters because it defines how much data a satellite system can carry, the size and cost of ground equipment, and sensitivity to weather — all of which affect revenue potential, operating costs, and the value of companies that build, launch, or use satellite networks, much like a highway’s width and surface affect traffic flow and toll income.

ka-band technical

"components to support Ku- and Ka-Band SATCOM applications."

Ka-band is a slice of the microwave radio spectrum (roughly 26.5–40 GHz) commonly used for satellite links and high-capacity wireless backhaul. Because it carries more data per second and lets antennas be smaller, it can enable faster internet and more channels, but its higher frequency is also more prone to signal loss in heavy rain or obstacles. Investors track Ka-band deployment and equipment costs because it affects a company’s ability to deliver high-speed services, coverage economics, and revenue potential.

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

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LOWELL, Mass., March 18, 2026 (GLOBE NEWSWIRE) -- MACOM Technology Solutions Inc. (“MACOM”), a leading supplier of semiconductor products, will showcase its latest RF and optoelectronics solutions for satellite communications (SATCOM) at Booth 1637, during SATShow Week, taking place March 24 to 26, 2026 in Washington, D.C. These solutions can enable higher frequency bands, improved power efficiency and more scalable architectures, which are critical to next-generation satellite networks.

MACOM will host live demonstrations highlighting advanced semiconductor and optical technologies designed to support the evolving SATCOM needs, including direct-to-device, high frequency RF and optical connectivity solutions. With more than seven decades of experience serving the space industry, MACOM continues to expand its product portfolio and manufacturing capabilities to address growing demand for satellite Broadband, next generation communications services and advanced space missions.

Featured Demonstrations and Technology Highlights:

• High-Power L and S-Band Direct to Device (D2D) Transmit/Receive: This demonstration features our receive-side line up (MAAL-011078 and MAAL-011314) along with our transmit-side line up (driver amplifier MAAM-011395 and power amplifier MAPC-A1109) designed to support satellite communication applications. The transmit lineup features 1 W of output power, >40 dB gain and >40% efficiency, and wide bandwidth utilizing MACOM PURE CARBIDE® GaN technology.  The receive lineup features 0.5 dB NF, >40 dB gain, and low power consumption.
• Ka-Band Power Amplifiers:  This demonstration showcases a 25W GaN-on-SiC power amplifier, CMPA2H3B025D, supporting Ka-band SATCOM applications from 27 - 31 GHz.  Offered in bare die form as well as in a pure-copper based flange package, the CMPA2H3B025 delivers high power, efficiency and linearity. This is an ideal solution for satellite BUCS and SSPAs.
• Linearized Q-Band Power Amplifier (PA): MACOM will demonstrate a linearized Q-Band GaN MMIC power amplifier that delivers substantial improvements in linear output power and efficiency through advanced analog linearization techniques. This capability can enable higher data-rate RF transmission with reduced power dissipation, addressing the stringent performance demands for next generation satellite data links.
• Free Space Optical (FSO) and RF-over-Fiber (RFoF): Showcasing a variety of components supporting both FSO and fiber-based optical links. Highlights include transport architectures for optical SATCOM (ground-to-ground, ground-to-satellite and satellite-to-satellite) featuring static hardware, components and system diagrams.
• SATCOM RF and Microwave Components: MACOM’s booth will feature a wide range of RF devices to support Ku- and Ka-Band SATCOM applications. Solutions include GaAs and GaN PAs, gain blocks, low noise amplifiers and linearizers, as well as a variety of switches, mixers, attenuators and power shifters based on GaAs, silicon-on-insulator (SOI) and diode technologies. Together, these components can enable high performance scalable architectures for next generation satellite payloads and ground infrastructure.
  

SATShow Week 2026 Information:
Venue:	Walter E. Washington Convention Center, Washington, D.C.
Date/Time:	Tuesday, March 24:	10:00 am to 5:45 pm
	Wednesday, March 25:	9:00 am to 6:00 pm
	Thursday, March 26:	9:00 am to 1:00 pm
For more information about SATShow Week 2026, visit https://www.satshow.com/

About MACOM
MACOM designs and manufactures high-performance semiconductor products for the Industrial and Defense, Data Center and Telecommunications industries. MACOM services over 6,000 customers annually with a broad product portfolio that incorporates RF, Microwave, Analog and Mixed Signal and Optical semiconductor technologies. MACOM has achieved certification to the IATF16949 automotive standard, the AS9100D aerospace standard, the ISO9001 international quality standard and the ISO14001 environmental management standard. MACOM operates facilities across the United States, Europe, Asia and is headquartered in Lowell, Massachusetts.

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

FAQ

AI-generated questions and answers. How Rhea-AI works. Not financial advice.

What will MACOM (MTSI) demonstrate at SATShow Week 2026 on March 24–26?

MACOM will demonstrate RF and optical SATCOM hardware including GaN PAs, LNAs and FSO/RFoF components. According to MACOM, live demos at Booth 1637 will highlight L/S-band D2D transmit/receive, a 25W Ka-band PA and a linearized Q-band MMIC PA for advanced satellite links.

What are the specifications of MACOM's L and S-Band D2D transmit/receive demo (MTSI)?

The transmit lineup offers 1 W output, >40 dB gain and >40% efficiency using GaN technology. According to MACOM, the receive lineup features 0.5 dB noise figure, >40 dB gain and low power consumption suitable for direct-to-device SATCOM.

What does MACOM's Ka-band power amplifier (CMPA2H3B025D) offer for satellite applications?

The Ka-band amplifier delivers 25 W across 27–31 GHz, available as bare die or copper-flange package. According to MACOM, CMPA2H3B025D targets BUCs and SSPAs with high power, efficiency and linearity for Ka-band SATCOM.

How does MACOM describe its linearized Q-Band MMIC PA benefit for next-gen satellite links?

The Q-band PA improves linear output power and efficiency via analog linearization techniques. According to MACOM, this enables higher data-rate RF transmission with reduced power dissipation, addressing stringent performance needs for next-generation satellite data links.

Will MACOM show optical SATCOM solutions (MTSI) at SATShow Week 2026, and what types?

Yes; MACOM will showcase FSO and RF-over-fiber components and transport architectures for ground and space links. According to MACOM, demos include hardware, components and system diagrams for ground-to-ground, ground-to-satellite and satellite-to-satellite optical transport.

Where and when can investors and engineers visit MACOM's demonstrations during SATShow Week 2026?

MACOM will be at Booth 1637 at the Walter E. Washington Convention Center during March 24–26, 2026. According to MACOM, show hours run March 24 (10:00–17:45), March 25 (9:00–18:00) and March 26 (9:00–13:00).