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Precision Time Protocol
IEEE-1588
Meinberg Funkuhren GmbH & Co. KG
As a high-stability Grandmaster Clock in IEEE 1588-2008 networks, the MEINBERG NTP time servers with highly accurate PTP clients ("slaves", such as the PTP270PEX or PTP SYNCBOX ) At the same time as the current absolute time.
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Time Converter
TICRO 100
TICRO 100 is a Precision Time Protocol (PTP) time converter that allows you to derive a high variety of time codes from IEEE 1588/PTP packages received by Ethernet. This enables you to easily synchronize non-PTP equipment to the PTP Grandmaster of an IEEE 1588/PTP infrastructure.
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2-port/4-port PCI Express GigE Frame Grabber Card
AX92320
The AX92320 supports PCI Express x4 lane, two or four independent Gigabit 802.3at (PoE, Power-over-Ethernet) compliant Ethernet ports and GigE Vision camera compliance. The PCI Express x4 frame grabber can provide up to 30 watts at 54 VDC power to port which allows power to be supplied to connected PoE-based devices, such as GigE Vision cameras in machine vision systems. The intelligent GigE Vision card also supports IEEE 1588 (precise time protocol), enabling synchronization with multi-camera acquisition. Combining IEEE 1588 and PoE function, the card utilizes a single Ethernet cable for power, data, and synchronization. Furthermore, it supports jumbo frames up to 9.5KB. The AX92320 is ideal for PoE applications such as automated optical inspection (AOI), factory automation, and PC-based surveillance systems.
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Scienlab Measurement And Control Module
SL1065B
The Scienlab Measurement & Control Module SL1065B – Analog Input is a rack-mount measuring and control module for measuring voltages and currents (e.g. single cell voltages in battery modules or packs). It features fully galvanically isolated measurement inputs and records all measured values synchronously and with common time stamps by Precision Time Protocol (PTP).
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Fibre Channel Simulator & Analyzer Applications Software
fcXplorer Simulyzer
Avionics Interface Technologies
FC-1, FC-2, and FC4 Analyzer modes and displays - Frame parser for custom display of FC frames and payload data - Captured data can be saved as binary or “csv” files - User-defined trigger and filter features - “Live Capture” real-time display - Error detection and reproduction - Complete control of the transmit link - Replay of recorded data with precision timing or corrected protocol timing - Special testing functions such as defining command/response for exchange management
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Precise Timing
Schweitzer Engineering Laboratories, Inc.
Precise timing is achieved using satellite clocks, which process signals from Global Navigation Satellite Systems, such as GPS, and output time to power system devices using IRIG-B, the Precision Time Protocol (PTP), and the Network Time Protocol (NTP).
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Fortimus
The digital Fortimus accelerometer delivers sensor performance and the capabilities of the Minimus digitiser in one compact unit. Featuring a touchscreen LCD, Wi-Fi connectivity, Power over Ethernet and Precision Time Protocol, the Fortimus is the ultimate plug-and-play accelerometer
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GPS NTP Time Server - SYNTIME
Signals & Systems India Private Limited
Your product description goes hGPS NTP Time Server (SYNTIME) for Network Time Synchronization is a highly accurate time server. It generates time protocols to synchronize NTP/SNTP clients (Simple Network Time Protocol)/PTP clients (Precision time protocol IEEE 1588) over the network and operates at a speed of 10/100/1000Mbps. The NTP server accepts the time and frequency signals from sources like GPS or GLONASS. It achieves nanosecond accuracy and the system clock operates at stratum 1 when synchronized with time sources. It is a sleek, rack-mountable unit that synchronizes and maintains equipment/device time and avoiding any time drifts due to local RTCs. NTP output from time server supports unicast, broadcast, and multicast methods based on selection and behaves like a reference clock for the network. Apart from time synchronization protocols, it supports MD5 (Security key), SNMP, SSH, HTTP (Configuration), TELNET, FTP, and SYSLOG. IP address of the LAN ports can be field configurable.
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Master Reference Generator
Mentor
Precision Time Protocol IEEE-1588 PTP grandmaster• Multiple video and audio formats in one box• Simultaneous 525/625 and HD Tri Level Sync outputs• Highly accurate GPS reference for synchronisation and timecode• Vector web-browser setup and monitoring tool• Redundant PSU option• Add upgrades and options without return to factory• Generates synchronised audio and video• Redundant units with changeover• 4K test pattern ready (future upgrade)
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Protocol Analyzer / Jammer for PCI Express 5.0
Summit M5x
The Summit M5x is Teledyne LeCroy's PCIe/ NVMe Jammer solution and is the latest protocol analyzer targeted at high speed PCI Express 5.0 I/O-based applications such as workstation, desktop, graphics, storage, and network card applications.
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Protocol Analyzer for PCI Express 5.0
Summit T54
The Summit T54 Protocol Analyzer captures, decodes and displays PCIe 5.0 protocol traffic data rates for x1, x2, x4 lane widths.
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SAS 4.0 Protocol Analyzer
Sierra T244
The Sierra T244 is a SAS 4.0 protocol analyzer designed to non-intrusively capture up to four 24 Gb/s SAS logical links providing unmatched analysis and debug capabilities for developers working on next generation storage systems, devices and software.
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PCIe 3.0 Protocol Analyzer
Summit T3-16
The Summit T3-16 is Teledyne LeCroy's fifth generation of protocol analyzers targeted at high speed PCI Express I/O-based applications such as workstation, desktop, graphics, storage, and network card applications.
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PCIe 5.0 Protocol Analyzer
P5552A
The Keysight P5552A PCIe 5.0 Protocol Analyzer introduces a new form factor that is easily deployable in the lab bench environment to enable deep protocol analysis of a PCIe system with unparallel signal integrity. Locate protocol errors or validate device operations by viewing data from the physical layer all through the transactional layer with ease.
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PCIe 3.0 Protocol Analyzer
Summit T34
The Teledyne LeCroy Summit T34 PCI Express protocol analyzer is designed for PCIe storage, add-in card and embedded application developers. It supports x1 to x4 lane widths with the capability of expanding to x8 with two boxes connected together, and deep buffer memory that is expandable from 4GB to 64GB ideal for storage analysis, the Summit T34 provides unmatched capability and flexibility for developers and users of advanced PCI Express products. Teledyne LeCroy has been the leader in NVM Express and SATA Express protocol analysis since 2010. This storage analyzer incorporates all of these powerful legacy features and adds the latest in storage queuing performance analysis.
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PCIe 4.0 Protocol Analyzer
Summit T48
Teledyne LeCroy’s Summit™ T48 joins the Summit™ T416 as the second protocol analyzer to be released in its family of tools supporting the PCIe 4.0 architecture. The new Summit™ T48 protocol analyzer based on the PCIe 4.0 specification supports up to 16GT/s and up to x8 lane width for protocol analysis. Companies that are interested in testing PCIe 4.0 based I/O cards such as Storage Controllers, Ethernet, Fibre Channel, Infiniband, and others will now be able to get all of the protocol analyzer debugging features they need, while being able to better manage their costs. SSD storage applications will also benefit from the integrated support for SSD bus protocols such as PCIe/ NVMe/ SMBus/ NVMe-MI/ TCG and others. When combined with Teledyne LeCroy’s Summit™ Z416 protocol exerciser, the Summit™ T48 will provide a deeper understanding of test results on a variety of test configurations. Teledyne LeCroy’s wide range of high speed interposers and probes provide full flexibility and connectivity to CEM and other form factor sockets on system boards as well as solder down and mid-bus probes.
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PCIe 6.0 Protocol Analyzer
P5570A
Keysight PCIe 6.0 Protocol Analyzer redefines protocol debugging and validation through a new innovative CEM card form factor, bringing vast improvement in signal integrity and equalization with instant link-up to systems as well as devices under test
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MIPI M-PHY Protocol Analyzer
U4431U
Power to meet the needs of today’s and tomorrow’s designs Up to Gear 3 HS data rates Up to 16 GB trace depth Up to 4 data lanes Complete insight into complex designs Track multiple M-PHY busses from the PHY to the application layer Raw Mode 8b/10b data views Infiniium Oscilloscope integration Powerful interface that allows unlimited customization of system views
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PCI Express 4.0 Protocol Analyzer Exerciser
Summit T416
The Summit™ T416 analyzer is the computer industry's first high speed PCIe 4.0 protocol analyzer that meets the challenge of 16GT/s and up to x16 lane width protocol analysis. Many PCIe 4.0 product designs are already in progress using the PCIe 4.0 specification. Companies are currently working with the Teledyne LeCroy Summit Z416 protocol exerciser for PCIe 4.0 at the deployment of PCIe 4.0 for host system emulation with their testing needs. This combination of a protocol analyzer and exerciser make Teledyne LeCroy the only supplier of protocol test and development tools for PCIe Gen 4. High speed interposers that provide protocol analyzer connectivity to CEM or other form factor sockets on system boards will still continue to be the principle way to capture PCIe traffic into the protocol analyzer.
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PCIe 5.0 Protocol Exerciser
P5551A
Keysight PCIe 5.0 Protocol Exerciser gives the flexibility in emulating either as a root complex or as an endpoint device when validating PCIe designs.
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PCIe 3.0 Protocol Analyzer
Summit T3-8
PCIe 3.0 technology achieves twice the effective data throughput rate of the PCIe 2.0 standard through a combination of increased data bit rate (5 GT/s moving to 8 GT/s) and the elimination of 8b/10b data encoding, which previously added an overhead of 20 percent to all data transfers. In eliminating 8b10b encoding, PCIe 3.0 technology now relies on the existing data scrambling techniques similar to those used for PCIe 2.0 technology to ensure that receivers maintain lock on the incoming data stream.
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USB 2.0 Protocol Analyzer
Mercury T2
The Mercury T2 is the industry's smallest, most affordable hardware-based USB 2.0 protocol analyzer that combines the defacto standard CATC Trace display with powerful analysis features. The pocket-sized Mercury T2 is bus powered and is controlled using any Windows PC. With comprehensive triggering, the Mercury T2 provides much of the same lab quality protocol analysis capabilities offered in Teledyne LeCroy's top-of-the-line USB analyzers.
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PCI Express (PCIe) 5.0 and Compute Express Link (CXL) Protocol Analyzer
Summit T516
The Summit T516 is targeted at high-speed PCI Express 5.0 and CXL I/O-based applications such as workstation, desktop, graphics, storage, and network card applications.
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Wireless Protocol Analyzer
Frontline X500
The Frontline X500 Wireless Protocol Analyzer is a powerful one-box test solution for wireless product developers that captures information streaming between devices enabled with Bluetooth, Wi-Fi, and 802.15.4 technologies.
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Precise Timing Measurement
LED-Panel
Image Engineering GmbH & Co. KG
This is the ideal measurement device to determine shutter and shooting time lag, autofocus time, burst frame rate and the exposure times of digital imaging devices.
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Protocol Analyzers
International Test Instruments Corp.
The Bus Analyzer, is capable of capturing and decoding real-time LS, FS and HS USB Transactions as well as OTG SRP, OTG HNP and OTG VBus events. It has unlimited capture length (only limited by the RAM in the analysis PC as the captured data is viewed), immediate display of very large recorded capture data (data is streamed in real-time into the tree view as it is captured from the link under test or from file so you will not have to wait before you can start analyzing the data) as well as a very small physical format which makes it a powerful companion in your laptop bag or in the lab.
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Single Slot 6U, 32-bit Precision Timing Module
VME SyncClock32
The VME timing card is a standard board level product of Brandywine Communications. With a single slot 6U, 32 bit precision timing module, the VME card is compatible with VME computers. Precision synchronization to various inputs and convenient timing outputs to external equipment are standard on Brandywine’s VME card.
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Timing Lights
A stroboscope used to dynamically set the ignition timing of an Otto cycle or similar internal combustion engine equipped with a distributor. Modern electronically controlled passenger vehicle engines require use of a scan tool to display ignition timing.
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Protocol Emulations
Message automation and protocol simulation test tool that supports simulation of a variety of protocols (VoIP/IP, TDM, Analog, Wireless) all within a single framework. The application includes various test plans and test cases to support the testing of real-time entities
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Timing And Sync
Precision timing is critical for defense and commercial industries and powering essential network operations. Safran offers secure time servers and solutions for accurate network synchronization, ensuring security, compliance, and adherence to best practices. Safran excels in delivering precision timing solutions, including NTPNTP, or Network Time Protocol, is a widely used networking protocol that enables computers and devices to synchronize their system clocks with a reference time source. It ensures accurate timekeeping in computer networks by allowing devices to obtain precise time information from NTP servers, which are typically synchronized to highly accurate atomic clocks. NTP is essential for various applications and services that rely on synchronized time, such as network security, authentication, and data logging. time server appliances and GPSGlobal Positioning System is a navigation satellite system. See also master clocks globally.
