Sunrise Telecom Inc. announced consolidated unaudited earnings results for the third quarter and nine months ended September 30, 2009. For the quarter, the company reported net sales of $9,606,000 compared to $18,966,000 for the same period a year ago. Loss from operations was $6,018,000 compared to $21,944,000 for the same period a year ago. Loss before income taxes was $6,181,000 compared to $22,985,000 for the same period a year ago. Net loss was $6,120,000 or $0.12 basic and diluted per share compared to $20,956,000 or $0.41 basic and diluted per share for the same period a year ago. For the nine months, the company reported net sales of $36,863,000 compared to $59,105,000 for the same period a year ago. Loss from operations was $8,903,000 compared to $34,399,000 for the same period a year ago. Loss before income taxes was $9,625,000 compared to $33,262,000 for the same period a year ago. Net loss was $10,133,000 or $0.20 basic and diluted per share or $0.61 basic and diluted per share compared to $31,506,000 for the same period a year ago. On November 3, 2009, the Audit Committee of the Board of Directors engaged Armanino McKenna LLP as the company's independent registered public accounting firm effective immediately and concurrently dismissed KPMG LLP as the company's independent auditors. The company expects revenue to improve sequentially in the fourth quarter 2009 and be in the range of $10.0 to $13.5 million. The company expects to generate cash rather than use cash in operations in 2010.

Sunrise Telecom Inc. introduced the CM2800, the first high-resolution, upstream and downstream sweep system designed to analyze triple-play services and optimize the use of the crowded upstream spectrum for emerging DOCSIS 3.0 services. Using the CM2800, technicians can identify even small impairments in network performance, speeding plant maintenance, increasing quality of service and reducing outages. Setting a new standard in sweep systems, the CM2800 enables technicians to identify and troubleshoot even the most difficult impairments before customers experience service degradation. The high resolution, true non-interfering downstream sweep features ensure that the network is operating at the levels and frequency responses required to deliver reliable, distortion-free services. Fast 5 to 200 MHz upstream sweep, compatible with the CaLan upstream sweep function, allows one person to test the full frequency span of return lasers with a single instrument, significantly lowering CAPEX for existing CaLan customers. The CM2800 enables MSOs to optimize the upstream spectrum, deliver reliable service and ensure enhanced customer experience. The CM2800 interfaces with the Sunrise Telecom realGATE Broadband Testing Management Tool, a comprehensive web-based management system for managing assets, test results and the work force. Accessible anywhere through a standard browser, realGATE centralizes current and historical information allowing users to isolate problems quickly and to detect variations in the system. Both the CM2800 and the CM2800E, the European model, are immediately available from Sunrise Telecom. The CM2800 supports DOCSIS and Annex B & C. The CM2800E supports DOCSIS/EuroDOCSIS and Annex A, B & C.

Sunrise Telecom Inc. introduced a Fibre Channel testing capability for the STT Metro. Service providers can now test up to four Fibre Channel ports simultaneously, speeding up the successful deployment of storage area networks (SANs). Fibre Channel technology is used to connect storage area network services for transactional business operations such as banks, transportation and e-commerce, due to its exceptional security, performance and stability. In order to prevent costly service outages for these critical applications and to guarantee reliable performance, service providers are required to thoroughly validate link quality before and after installation. Sunrise Telecom's unique system allows the technician to verify the service level agreement (SLA), and to perform advanced testing through the switching fabric. The high port density of STT Metro enables users to run these tests on four ports simultaneously, significantly reducing testing time and capital expenses. STT Metro is uniquely suited for troubleshooting difficult-to-detect problems such as transactional failures in signal and application levels. With the packet capture and decode feature, the STT Metro can analyze each packet, allowing users to pinpoint problems quickly, saving valuable time during troubleshooting.