Electronic Equipment, Instruments and Components
Company Overview of Teledyne LeCroy, Inc.
Teledyne LeCroy, Inc., together with its subsidiaries, develops, manufactures, sells, and licenses oscilloscopes and communication protocol analyzers in the Americas, Europe, the Middle East, and the Asia Pacific. Its oscilloscopes are tools used by designers and engineers to measure and analyze electronic signals; and protocol analyzers are used to monitor communications traffic and diagnose operational problems in various communications devices. The company offers seven families of oscilloscopes comprising WaveExpert, a line of sampling oscilloscopes and modules; WaveMaster, a high performance oscilloscope product family; WavePro for the mid-to high-performance sector; WaveRunner for the m...
700 Chestnut Ridge Road
Chestnut Ridge, NY 10977-6499
Founded in 1964
Key Executives for Teledyne LeCroy, Inc.
Chief Executive Officer, President and Director
Founder and Honarary Chairman
Chief Financial Officer, Principal Accounting Officer, Vice President and Treasurer
Chief Technology Officer and Vice President
Chief Information Officer and Vice President
Compensation as of Fiscal Year 2016.
Teledyne LeCroy, Inc. Key Developments
Teledyne LeCroy Announces New NVM Express Protocol Analyzer and Exerciser for NVM Express Management Interface
Jun 28 16
Teledyne LeCroy announced the availability of their new SMBus protocol-enabled Summit T34 Protocol Analyzer and Summit Z3-16 Exerciser/Test Platform targeted at testing and monitoring SSD devices and systems using the NVM Express (NVMe) protocol. NVMe is associated with high performance storage technology and is now enabling network monitoring in storage systems using PCIe and SMBus signaling which are important components of the new NVM Express Management Interface (NVMe-MI) protocol. The Summit T34 protocol analyzer has been enhanced to support SMBus protocol decoding that is integrated into the current NVMe and PCIe protocol traffic trace display. The protocol exerciser/test platform also has been enhanced to generate SMBus protocol traffic which is useful for testing the NVMe-MI protocol in addition to the standard PCIe, NVMe and SATA Express traffic generation already in use by the storage industry. A Datacenter is made up of a multitude of servers each with hundreds of SSDs. Failures happen from time-to-time causing potential data loss. To avoid this problem, BMC (Baseboard Management Controller) systems monitor storage devices and determine if there is a drop in performance or change in operating conditions. Pre-emptive action allows problem units to be identified and replaced maintaining high quality data access. The NVMe-MI protocol enables NVMe solid-state drives to be managed by the BMC over either SMBus (out-of-band) or PCI Express (in-band). The Summit T34 and Summit Z3-16 are an important part of system development to verify that the solution is working according to the NVMe-MI specification.
Teledyne LeCroy Announces Transposer Adapters for NVMe Dual Port U.2 Drive Testing in Data Storage Systems
May 10 16
Teledyne LeCroy announced that it has introduced and is now shipping dual port U.2 test fixtures used for isolating NVMe U.2 drives for data storage system testing. The text fixtures (called transposers) are offered as a set of four adapters, each of which provides a unique test configuration for isolating dual port U.2 drives in data storage systems. Interoperability test engineers now have a simple test tool that will help ensure that dual port drives will behave effectively in mission critical systems. The transposer is inserted between the NVMe U.2 backplane and the U.2 connector on a dual port NVMe drive. Transposers can be interchanged to provide a variety of test configurations, which helps engineers configure specific channels for individual test, allowing performance issues to be quickly identified and isolated to a specific SSD or Host channel. The set of four transposers features the following configurations: Host Port A to SSD Port A (SSD Port B is masked); Host Port B to SSD Port B (SSD Port A is masked); Host Port A to SSD Port B (SSD Port A is masked); Host Port B to SSD Port A (SSD Port B is masked). In addition to the ability to isolate and re-route ports, all of the four transposers have the ability to control the DP_EN# (dual port enable) signal through a simple switch on the transposer, and provide a set of electrical test points to allow engineers to directly monitor status and control signals. The PCIe Dual Port U.2 Transposer Set is available to order now.
Teledyne LeCroy Announces New 25/50/100GE Analysis Platform
Mar 7 16
Teledyne LeCroy announced the latest in High Speed Ethernet Fabric tools, the SierraNet(TM) T328 Protocol Analysis systems. SierraNet T328 offers users the analysis platform for the fast emerging 25G, 50G and 100G Ethernet standard and for the new 32G/128G Fibre Channel interconnections. Storage and network access speeds are approaching carrier rate telecommunications standards within the data center. The new, higher speeds require new approaches to test and validation. The supporting specifications for both Ethernet and Fibre Channel have radically changed from legacy implementations and the result is completely new challenges for ensuring operation at the new speeds as well as legacy deployments. The SierraNet T328 is operated with the Net Protocol Suite, featuring the SierraNet's nanosecond trigger granularity. The Net Protocol Suite software provides users the most advanced and wide-spread tool set for creating complex and detailed capture solutions, which include the industries only event timer and counter functions! The SierraNet family of protocol analysis test tools are the defining platforms for pin-point, deep packet inspection of events and issues affecting high-speed storage and fabric interconnections, during design and validation and in the datacenter. Traffic capture occurs within the analyzer's dedicated in-band, line-rate probing technology, providing bit level detail of the data stream. The SierraNet offers the most accurate depth of triggering functionality, encompassing all physical and logical OSI layers, ensuring lossless packet captures for in-depth analysis.
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