MaxLinear, Inc. develops radio frequency, analog, digital and mixed-signal integrated circuits for connectivity and data-movement applications. Company news commonly covers product introductions across AI data center interconnects, optical and copper networking, broadband access platforms, industrial transceivers and power-management components.
Recurring updates include financial results, conference-call announcements and portfolio developments involving products such as Panther storage accelerators, Washington transimpedance amplifiers, Rushmore DSPs, Annapurna retimers and MxL8323x RS-485/RS-422 transceivers. These announcements tie MaxLinear’s semiconductor portfolio to data centers, metro and wireless transport networks, cable, fiber, DSL, fixed wireless access gateways and industrial control systems.
MaxLinear (MXL) reported third-quarter 2026 revenue of $218.1 million, up 29% sequentially and 72% from a year earlier. For the quarter ended September 30, GAAP diluted earnings per share reached $0.30, versus $0.02 in the prior quarter and a $0.52 loss a year earlier. GAAP gross margin rose to 58.7%, while operating margin turned positive at 13.9%. Infrastructure revenue increased 210% year over year.
MaxLinear estimates fourth-quarter revenue of $240 million–$260 million, GAAP gross margin of 58.0%–61.0% and GAAP operating expenses of $96 million–$101 million. It amended its credit agreement with Wells Fargo and other lenders, increasing revolving credit availability by $70 million to $200 million. For the first nine months of 2026, revenue totaled $524.092 million and the net loss narrowed to $14.475 million from $121.784 million a year earlier.
MaxLinear (Nasdaq: MXL) will showcase its Topaz broadband gateway platform and embedded AI network technologies at Network X 2026. Planned demonstrations include MaxAI 2.0, with AI agents running directly on broadband gateways for local processing, diagnostics and natural-language interactions.
With RG Nets, MaxLinear will demonstrate software-defined access for high-density, multi-tenant deployments combining fixed-line and cellular connectivity. A separate demonstration with Bridgecom Semiconductors will feature a business gateway integrating 5G RedCap cellular connectivity and a wired external network connection, with failover between them. MaxLinear says these technologies are designed to bring AI processing closer to subscribers and help operators automate network operations.
MaxLinear (MXL) introduced Topaz, a chip platform designed for fiber home gateways supporting 10G broadband and future network upgrades. The platform combines fiber access, packet processing, artificial intelligence acceleration and security functions on one chip. MaxLinear says it is designed for Wi-Fi 8 readiness and post-quantum cryptography readiness, preparing security for potential quantum-computing threats.
Select equipment manufacturers are already designing next-generation gateways with Topaz. The platform shares a hardware and software foundation with MaxLinear’s Puma 9 cable broadband platform, enabling development reuse across cable, fiber, Ethernet and fixed wireless products.
MaxLinear (MXL) will release its third-quarter 2026 financial results after the market closes on October 22, 2026. A corresponding conference call will begin at 1:30 p.m. Pacific Time / 4:30 p.m. Eastern Time, hosted by CEO Kishore Seendripu and CFO and Chief Corporate Strategy Officer Steve Litchfield.
MaxLinear (MXL) launched Puma 9, a DOCSIS gateway platform designed for in-field upgrades across three broadband standards. MaxLinear says Puma 9-based designs can cut customer premises equipment costs by 30% to 50% versus alternative DOCSIS 4.0 solutions, while matching existing DOCSIS 3.1 equipment costs. A single chip supports DOCSIS 3.1, 3.1+ and 4.0. In 3.1+ mode, five OFDM channels support up to 12 Gbps downstream over existing DOCSIS 3.1 networks.
The platform supports DDR5 memory, post-quantum cryptography readiness, Wi-Fi 8 gateway designs and on-device AI processing. It is currently available to broadband operators and equipment makers developing gateways and eMTA solutions. Askey and Gemtek are developing gateways using Puma 9; FRITZ! and Mediacom plan to evaluate it. MaxLinear expects additional product and partner announcements throughout 2026.
MaxLinear (Nasdaq: MXL) will participate in several upcoming investor and technology conferences, including events hosted by Needham, Stifel, Jefferies, Deutsche Bank, Citi and StoneX between August 19 and September 10, 2026. A webcast of the Citi Global TMT Conference session will be available on MaxLinear’s investor relations website.
MaxLinear (NASDAQ: MXL) introduced RackCommander™, a control-plane portfolio combining connectivity, monitoring, control, and power‑management products to support rack‑level architectures for AI, cloud, enterprise, and edge infrastructure. The portfolio targets modern AI racks that include multiple compute trays, accelerators, power shelves, liquid‑cooling subsystems, sensors, and management controllers, which traditional server‑centric approaches were not designed to manage efficiently.
RackCommander highlights MaxLinear’s Coronado™ and Laguna™ USB‑UARTs, Carmel™ High‑Speed USB UARTs, MxL83214 RS‑485 transceiver, I²C and SPI GPIO expanders (MxL82200/1/3, MxL82403/23), eFuses (MxL745950/51P), and step‑down regulators (MxL76502/3/5/8). According to MaxLinear, these components enable scalable console connectivity, high‑speed sideband communications, rack‑level telemetry aggregation, expanded monitoring and control, and improved power visibility, protection, and resiliency for next‑generation AI rack‑scale infrastructure.
MaxLinear (NASDAQ:MXL) expanded its AI infrastructure control-plane portfolio with two new 16V high-current electronic fuse (eFuse) solutions, the MxL745950 and MxL745951P, targeting power protection and telemetry for hyperscale AI servers, accelerator trays, data center switches, fan trays, power shelves, and rack-scale platforms.
According to MaxLinear, the MxL745950 supports up to 50A with 1mΩ on-resistance in a 5mm × 5mm LGA-32 package, while the MxL745951P supports up to 60A with 0.79mΩ on-resistance, PMBus/I²C telemetry, configurable protection thresholds, non-volatile fault recording, and active current balancing.
Both devices integrate hot-swap and inrush control, multiple protection features (including UVP, OVP, OCP, SCP, OTP, and MOSFET fault diagnosis), and compact packaging. They are sampling now, with volume production expected in Q4 2026, and will be demonstrated at the OCP APAC 2026 Summit in Taipei, booth PL33.
MaxLinear (NASDAQ: MXL) introduced Carmel™ (MxL81434), a high-speed USB-to-UART device aimed at console access, bring-up, monitoring, debugging, and infrastructure management in AI data centers, hyperscale cloud, and rack-scale server platforms.
Carmel supports 480Mbps High-Speed USB, four independent UART channels up to 15Mbps each, an integrated I²C master, and 32 GPIOs, enabling consolidation of monitoring and management functions. The device includes 1024-byte TX/RX FIFOs to help sustain throughput, offers ±15kV HBM ESD protection, and targets AI servers, accelerator platforms, Universal Baseboards, and enterprise data centers. According to MaxLinear, Carmel samples are expected in Q4 2026.
MaxLinear (NASDAQ: MXL) announced that its Panther Storage Accelerator won the FMS 2026 Best of Show Award in the Servers & Networking category and was named a finalist for the AI Infrastructure Award. Panther is a hardware-accelerated storage and data movement platform that offloads compression, encryption, data protection, verification, and high-speed transfer tasks from host CPUs to improve efficiency and reduce bottlenecks in AI, enterprise, hyperscale, and HPC environments.
According to MaxLinear, demonstrations with Los Alamos National Laboratory showed Panther-enabled OpenZFS achieving about 39x faster write and 7x faster read performance while preserving data protection, supporting large-scale AI inference, RAG, vector database, and KV cache workloads.