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Anchor Semiconductor, a Sunnyvale, California, startup focused on semiconductor design for manufacturability (DFM), closed a $7.2 million second funding round led by H&Q Asia Pacific in 2006. The financing was intended to support research and development, applications engineering, sales, and marketing, according to an EE Times report published October 3, 2006.
Who funded Anchor Semiconductor, and how much did it raise?
EE Times reported that Anchor Semiconductor had closed a $7.2 million second round led by H&Q Asia Pacific. After the round, the company had received $10.8 million in total venture funding, the report said. Anchor had been operating since 2001.
Chenmin Hu, identified in the report as the company’s president, said the new capital would go toward research and development, applications engineering, sales, and marketing. Hu said Anchor wanted to build its DFM technology business while competing with companies that had larger marketing budgets.
What did Anchor Semiconductor make?
Anchor focused on design for manufacturability, or DFM: methods and software intended to help semiconductor designs translate into manufacturable chip patterns. The 2006 report described its work as concentrated on lithography and patterning, steps involved in transferring a chip layout into physical structures on silicon.
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Its NanoScope products addressed DFM on both the manufacturing and design sides. Eric Lin, then Anchor’s director of field operations, characterized the approach as “pattern-centric” and said it controlled layout-to-silicon pattern transfer. The report also said Anchor was working with partners on solutions for 65- and 45-nanometer technology nodes, but the executives did not disclose details of those collaborations.
What customers and qualifications did the company report?
Hu said Anchor had more than 10 customers across integrated device manufacturers, foundries, design companies, and equipment vendors. He named United Microelectronics Corp. (UMC), Semiconductor Manufacturing International Corp. (SMIC), Dongbu Electronics Co. Ltd., Silterra Malaysia Sdn Bhd, and Xilinx. Hu also said some customers had already bought more than $1 million of Anchor tools. These are figures and customer claims attributed to Hu in the 2006 report, not independently audited current metrics.
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The report said Anchor was among a handful of companies that Taiwan Semiconductor Manufacturing Corp. (TSMC) announced in May 2006 as qualified for its DFM Unified Format. That qualification is a historical detail; it does not establish present-day certification or product availability.
Who were Anchor’s competitors in 2006?
EE Times named Brion Technologies as a competitor and described different products on the design and manufacturing sides of DFM. The following is the competitive set reported at the time, not a current market comparison:
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| Area described in 2006 | Vendors and products named by EE Times |
|---|---|
| Manufacturing-side tools | Mentor Graphics’ Calibre OPCverify; Synopsys’ SiVL |
| Design-side tools | Mentor Graphics’ Calibre LFD; Synopsys’ PrimeYield; Clear Shape Technologies’ Inshape |
| Both design and manufacturing | Aprio Technologies’ tools |
| Competitor named without a product in the report’s comparison | Brion Technologies |
The report attributed the product comparisons to Lin. It did not provide comparable performance benchmarks or pricing, so the list is useful only as historical context.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.What did the funding announcement predict—and what does it not prove?
Hu said Anchor expected to turn a profit in 2006. That was an expectation reported at the time, not evidence that the company later became profitable. The October 2006 account establishes the funding round, stated spending plans, and contemporaneous product and customer claims; it does not establish what happened to Anchor after the report, whether it still operates, or whether NanoScope software remains available.
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- BLE, Thread, and Zigbee applications using the nRF52833 SoC
- Wireless Connectivity: Supports multiple protocols including Bluetooth
- (BLE), 802.15.4 (Thread, Zigbee) operating at 2.4GHz frequency for versatile wireless development
- Integrated Antenna: Features PCB trace antenna built directly on-board for immediate testing and development without requiring external antenna components
For personal-finance readers, the round is best understood as a historical example of venture financing for enterprise technology: the company raised capital to fund product development and commercial growth, rather than offering a consumer investment or product opportunity.
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