When will Virage become profitable?
Mark LaPedus, EE Times
(04/06/2010 5:12 PM EDT)
SAN JOSE, Calif. -- Lately, Virage Logic Corp. has made big headlines.
Virage (Fremont, Calif.) has recently made two major acquisitions. And not long ago, the company was a mere memory and physical semiconductor IP house. Now, it has expanded into other new and growing fronts.
But the real question is clear: When will the IP house become profitable again? The company has posted a net loss for seven consecutive quarters. Its last profitable quarter was the second fiscal quarter of 2008.
Clearly, it's tough to make money in the semiconductor IP business. And the recent recession did not help matters.
So, has Virage reversed its fortunes? Finally. Wall Street predicts the company will show a profit of $0.05 a share on sales of $23.78 million for its second fiscal quarter.
To read the full article, click here
Related Semiconductor IP
- Specialized Video Processing NPU IP for SR, NR, Demosaic, AI ISP, Object Detection, Semantic Segmentation
- Ultra-Low-Power Temperature/Voltage Monitor
- Multi-channel Ultra Ethernet TSS Transform Engine
- Configurable CPU tailored precisely to your needs
- Ultra high-performance low-power ADC
Related News
- Virage Logic Embedded Multi-Time Programmable Non-Volatile Memory Gains Acceptance in Military Applications
- Virage Logic Speeds Time-to-Market with an All-Digital, High-Performance DDR2/3 PHY+DLL Solution
- Virage Logic Delivers Open RTL to Test Floor Embedded Memory Test and Repair Subsystem
- Virage Logic Supports TSMC's Power Trim Service(TM) for Advanced Process Nodes
Latest News
- Siemens accelerates integrated circuit design and verification with agentic AI in Questa One
- Weebit Nano achieves record half-year revenue; licenses ReRAM to Tier-1 Texas Instruments
- IObundle Releases Open-Source UART16550 Core for FPGA SoC Design
- Rapidus Secures 267.6 Billion Yen in Funding from Japan Government and Private Sector Companies
- DNP Invests in Rapidus to Support the Establishment of Mass Production for Next-Generation Semiconductors