Company Profile / Semiconductors & Infrastructure Software
Broadcom
The chipmaker most people can't name is powering the AI everyone can't stop talking about - from the phone in your pocket to the data center training the model.
The chipmaker most people can't name is powering the AI everyone can't stop talking about - from the phone in your pocket to the data center training the model.
Broadcom Inc. sells two things that rarely make headlines but almost everything depends on: the silicon that moves data, and the software that runs enterprise back offices. Put them together and you get a supplier sitting underneath much of the modern internet.
On the semiconductor side, Broadcom designs custom AI accelerators, Ethernet switching and routing chips, wireless and broadband components, optical parts and storage silicon. It runs a fabless model - it designs the chips and partners such as TSMC manufacture them - and it sells largely to a concentrated set of very large customers: hyperscale cloud operators, smartphone makers and networking-equipment vendors.
On the software side, Broadcom licenses VMware, Symantec, CA and Brocade to big enterprises and governments. These are not consumer apps; they are the virtualization platforms, cybersecurity suites and mainframe tools that large organizations struggle to switch away from. That stickiness is the point.
The two halves share a strategy more than a technology. Broadcom looks for products that are essential, defensible and sold to buyers who cannot easily leave - then focuses relentlessly on the most profitable pieces. It is a portfolio built on plumbing, not on flash.
In 2026 that plumbing found itself at the center of the AI boom. When a data center needs to lash thousands of accelerators into a single machine, the traffic runs through Broadcom's switches. When a cloud provider wants a chip tuned to its own workload rather than an off-the-shelf GPU, it often co-designs one with Broadcom.
Training a large AI model is not one computer working hard - it is tens of thousands of processors that have to behave like a single brain. The bottleneck is rarely any individual chip. It is the network between them.
That is the problem Broadcom attacks. Its Tomahawk switches move enormous volumes of traffic inside a data center, and its Jericho routers extend that fabric across multiple buildings without giving up the low latency AI training demands. The result is that clusters can grow far past the walls of a single room while still acting as one coherent supercomputer.
The same instinct shows up in software. VMware Cloud Foundation exists to make a messy fleet of servers - some AMD, some Intel, some NVIDIA - behave like a single, governable pool of compute, now including AI inferencing workloads. Whether in silicon or software, Broadcom keeps solving the same shape of problem: turning many parts into one usable whole.
Q2 FY2026 total revenue reached $22.19B, up 48% year over year, with roughly $7.18B of that from infrastructure software. The custom-silicon franchise is the fastest-growing engine; the software base provides ballast.
Application-specific "XPU" compute co-designed with hyperscalers as an alternative to off-the-shelf GPUs.
A 102.4 Tbps Ethernet switch chip that stitches large clusters of AI processors into one system.
Deep-buffer routing that enables "scale-across" networking so AI clusters can span multiple buildings.
RF front-end filters, Wi-Fi/Bluetooth combos and connectivity chips found in smartphones and devices.
Lasers, PIN diodes and optical modules for high-speed data-center interconnects.
Private-cloud and virtualization platform for enterprise data centers, with AI inferencing support.
Endpoint, network and data-protection suite for large organizations.
Mainframe management, DevOps and enterprise IT software for the world's largest shops.
Storage-area networking switches and directors for enterprise data centers.
In chips, Broadcom lines up against NVIDIA, AMD, Marvell, Qualcomm and Intel. In software, it runs into Nutanix, Red Hat (IBM) and Microsoft. Most of those rivals lead with a flagship product and a broad market.
Rather than sell one hero product to everyone, Broadcom sells essential components to a small set of very large buyers - and co-designs custom silicon so those buyers are baked in. It is a picks-and-shovels position in a gold rush.
The business model follows from that stance. Semiconductor Solutions supplies high-margin chips through a fabless supply chain to concentrated customers. Infrastructure Software converts sprawling enterprise deployments into multi-year subscriptions. Both prize durability over dazzle. The trade-off is real: customer concentration that powers growth also concentrates risk, and Broadcom's aggressive post-acquisition pricing - especially around VMware - has drawn pushback from customers and European regulators in 2026.
Broadcom's deepest expertise is bandwidth - moving data quickly and reliably. That is what its founders set out to do in 1991, solving the limits of copper networks, and it is what the company still does in 2026, connecting AI accelerators across data-center fabrics. The scale of the problem changed; the lane did not.
Layered on top of that engineering is a second, less obvious competency: acquisition and integration. Under Hock Tan, Broadcom absorbed LSI, Broadcom Corporation, Brocade, CA, Symantec and VMware, keeping what was essential and cutting what wasn't. That operational discipline is as much a product as any chip.
Where does it sit in the market? Broadcom is an infrastructure supplier, not a household brand. It rarely sells directly to consumers, yet its components sit inside the devices and data centers consumers rely on every day. In the AI value chain it occupies the connective tissue - the switches, routers and custom accelerators - a position adjacent to, and increasingly as strategic as, the GPU makers that get the attention.
That is why a company few people can name trades near a trillion and a half dollars. It sells the parts the headline products cannot work without.
UCLA professor Henry Samueli and his student Henry T. Nicholas III launch Broadcom to solve broadband bandwidth limits.
A ~$2.66B private-equity buyout carves the semiconductor group out of Agilent; Hock Tan is hired to lead it.
Avago Technologies lists on NASDAQ under the ticker AVGO.
Avago buys LSI, pushing into storage and networking silicon.
Avago acquires Broadcom Corporation and adopts its name - the buyer took the target's brand.
Acquisitions of CA Technologies and Symantec's enterprise-security business build a software arm.
Broadcom completes its ~$69B purchase of VMware, a landmark infrastructure-software deal.
Custom AI chip revenue hits $10.8B in a quarter; the Tomahawk 6 ships and FY2026 AI-semi guidance reaches ~$56B.
Hock Tan has run the company since 2006, first at Avago and then at Broadcom. His signature is not a single invention but a method: buy essential technology, focus it on the biggest customers, and hold on.
Chairman Henry Samueli, one of the 1991 co-founders, remains a link to the company's engineering origins. Together the two threads - founder-era engineering and operator-era discipline - explain how a broadband chip start-up became a supplier at the center of the AI economy.
Today's Broadcom traces its roots to Avago, spun from HP/Agilent - so it trades as AVGO, not BRCM.
When Avago acquired Broadcom Corporation in 2016, it kept the target's better-known brand.
Broadcom began in 1991 as a UCLA professor and his student solving copper-network bandwidth limits.
Broadcom silicon sits inside billions of everyday devices - phones, Wi-Fi routers, set-top boxes.
Much of the growth came from disciplined acquisitions of essential tech, not one breakout product.
Broadcom designs semiconductors - custom AI accelerators, networking, wireless, broadband and storage chips - and sells enterprise infrastructure software including VMware, Symantec, CA and Brocade.
Hock Tan has served as President and CEO of Broadcom (and predecessor Avago) since March 2006.
Partly. Broadcom Corporation was founded in 1991; today's Broadcom Inc. traces its corporate lineage to Avago (spun from HP/Agilent), which acquired Broadcom Corporation in 2016 and adopted its name.
It co-designs custom AI accelerators (XPUs) for hyperscalers and sells the Ethernet switching and routing silicon that connects large clusters of AI chips into data-center-scale systems.
Broadcom trades on the NASDAQ under the ticker AVGO.