Supermicro Brand Guidelines: San Jose Server Boards, SuperBlade & Rack-Scale Building Blocks

A small San Jose firm built on server motherboards.

Supermicro is the trading name of Super Micro Computer, Inc., a server and storage maker based in San Jose, California. Its own milestone timeline gives 1993 as the year it was founded in San Jose. English Wikipedia describes the start as a five-person business run by Charles Liang, an electrical engineer who studied at the National Taiwan University of Science and Technology and the University of Texas at Arlington, together with co-founder Sara Liu, the company’s treasurer. Before that, Wikipedia says, Liang had been president and chief design engineer of Micro Center Computer, a motherboard design and manufacturing company, from 1991 to 1993.

The early business was boards rather than boxes. English Wikipedia says Supermicro released a dual-processor server motherboard in 1995, among the first companies to do so, and followed it with a four-processor board. The company’s timeline says it expanded to Taiwan in 1996 for high-volume production and opened a European subsidiary in the Netherlands in 1998; Wikipedia adds a system-integration and logistics centre in the Netherlands in 2010 and a science-park campus in Taiwan opened in 2012.

Supermicro went public in March 2007, and its shares trade on the Nasdaq under the ticker SMCI, according to Wikipedia. In September 2014 the company moved its headquarters to the former Mercury News building in North San Jose and named the site Supermicro Green Computing Park; a 182,000-square-foot manufacturing building followed on the same campus in 2017. The “green” in that name reflects a theme the company has used for two decades: Wikipedia dates its work on energy-saving servers to 2004, and its website still carries a section headed Green Computing.

Blades, Twins and whole racks.

Supermicro describes itself as a provider of server, storage and networking systems, and its catalogue is organised as families rather than single products. Wikipedia names the SuperBlade and MicroBlade blade systems, the Twin family, which includes BigTwin and FatTwin, and the MicroCloud multi-node servers. In April 2020, Wikipedia says, its H12 SuperBlade became the first blade platform to use AMD’s Epyc processors; in 2023 it began selling liquid-cooled servers.

The newer pitch is the whole rack. The company now sells what it calls Data Center Building Block Solutions, or DCBBS, combining servers, storage, networking and cooling into modular, pre-integrated systems. At a news conference in Taipei in June 2026, the Taipei Times reported, Liang said Supermicro planned to ship DCBBS systems built on Nvidia’s Vera Rubin NVL72 platform in the second half of the year and had delivered such systems to more than 30 customers. In July 2024, Wikipedia says, Supermicro was named as one of two suppliers of servers for xAI’s Colossus supercomputer in Memphis. Reporting the company’s quarterly results in November 2025, The Register quoted Liang attributing a delay in recognising revenue to a customer’s last-minute configuration upgrade, and to new GPU racks that he said require intricate integration, testing and validation.

Where the machines are made is part of the company’s message. Its website says Supermicro designs, develops and manufactures most of its products in the United States, at its San Jose headquarters, and describes its engineering and manufacturing as US-based; that is the company’s own claim. The wider footprint is documented in the press: at the same Taipei news conference Liang said Supermicro had added eight production facilities in the United States over the previous seven months, that a new facility in Taiwan would begin operating in October 2026, that a plant in Malaysia serves customers in Southeast Asia and parts of Europe, and that operations in the Netherlands were being expanded for liquid-cooling systems, the Taipei Times reported.

How networking hardware presents itself.

Networking hardware is mostly bought by people who will never see it in use. Switches sit in locked racks, servers in data-centre aisles, and access points on office ceilings, so the makers rely on a small set of familiar pictures: a rack of switches with rows of lit ports, a white disc fixed to a ceiling tile, a home router with its antennas raised, a long cold aisle of cabinets under strip lighting.

The companies in this group range from makers of home and small-office routers to suppliers of whole data-centre racks, and from long-listed corporations to firms owned through holding companies in Asia. Many design their products in one country and have them built in another, often by contract manufacturers, so what a company says about where its equipment is made is worth reading closely and attributing to the company.

Trade fairs are where much of the industry shows itself. Computex in Taipei, Interop and Mobile World Congress in Barcelona have long been venues for product launches and partner meetings, alongside more specialised events for supercomputing and service providers. Product names do much of the branding work: families of routers, switches and servers carry short names and model numbers that customers learn to read, while the management software that runs them is increasingly sold as a subscription alongside the box.

This guide sets out what can be checked about each brand — who founded it, who owns it now, where it says its products are made, and any regulatory or legal history reported by dated sources — and marks clearly what rests only on the company’s own word.

Growth, and a record set out plainly.

Supermicro’s history includes several legal and accounting episodes, set out here as the sources report them. English Wikipedia says the company set up an export-control programme in 2004 after learning of a federal investigation, and pleaded guilty in 2006 to a felony charge of violating the US embargo against Iran; that it was briefly delisted from Nasdaq in 2018 after delays in filing financial reports; and that in 2020 it settled with the US Securities and Exchange Commission over accounting violations covering 2014 to 2017. In October 2018 Bloomberg Businessweek published a report alleging that servers had been tampered with during manufacture in China; Supermicro denied it, and Wikipedia notes that companies named in the report also disputed it.

In August 2024 the short seller Hindenburg Research published allegations about the company’s accounting, and in October 2024 its auditor, Ernst & Young, resigned, Wikipedia says. A special committee of the board then reported that it had found no evidence of fraud or misconduct by management or the board, FXStreet reported on 3 December 2024; BDO became the new auditor, and the delayed annual report, filed in February 2025, disclosed material weaknesses in financial controls, according to Wikipedia. In March 2026 federal prosecutors in New York unsealed an indictment charging three people associated with Supermicro, among them a co-founder, with conspiring to evade US export controls by diverting servers fitted with Nvidia graphics processors to China, The Register reported; the company said it was not named as a defendant, was cooperating with the investigation, and that the conduct alleged contravened its policies.

For a design guide, Supermicro shows how an engineering company builds a brand from product-family names, a long-running “green computing” theme and a claim about where its machines are built, rather than from a consumer-facing mark. Compare Dell, which Wikipedia names as the other server supplier to xAI’s Colossus, and Lenovo. For this guide we use graphite, a deep circuit green and a cool steel with a sans, an unofficial interpretation; no product or logo is reproduced.

Keep Supermicro’s identity on hand — save it to a board in the Made Good inspiration library.