Clock Recovery
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Product
Optical/Electrical Clock Recovery
N1077B
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N1077B Optical/Electrical Clock Recovery provides standards-compliant clock recovery capabilities for multimode and single-mode optical as well as electrical signals from 125 MBd up to 64 GBd PAM4 and NRZ
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Product
Electrical And Optical Clock Recovery
Series Oscilloscopes
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Provide clock recovery capabilities for optical and electrical NRZ and PAM-4 signals up to 64 GBaud with jitter spectrum analysis (JSA) and integrated variable equalizers advanced features
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Product
Optical/Electrical Clock Recovery
N1077A
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50 MBaud to 32 GBaud data rate range (continuous) on optical and electrical designs Provides standards-compliant clock recovery (CR) for NRZ and PAM-4 data signals Yields flexible, compact, high-sensitivity CR design with an integrated amplified optical-to-electrical (O/E) converter Gain optimal ease-of-use with integrated splitter and bulk optics coupler (Option SMS)
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Product
mAEStro Digital Audio Re-Clocking Distribution Amplifier
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The mAEStro ADA-100 receives AES/EBU (AES3) or S/PDIF digital audio and provides four re-clocked digital audio outputs. It automatically detects sample rates from 32kHz to 96kHz with low-jitter clock recovery. The outputs are completely regenerated using a jitter-free clock that is locked to the source input. The rugged self-contained metal enclosure has a number of mounting options from desktop, to rear side-rail rack mounting, to ganged front-side or rear-side rack mounting.
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Product
Clock and Data Recovery/Retiming
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Analog Devices provides single rate, multiple rate, and continuous tuning clock and data recovery (CDR) ICs for metro, long haul, DWDM, FSO, instrumentation, and other applications. Our any rate CDR ICs allow easy integration into protocol agnostic applications, automatically locking onto incoming data streams at any rate, from 10 Mbps to 2.7 Gbps or from 6.5 Mbps to 11.3 Gbps, without the aid of a reference clock while reporting the acquired data rate over the I2C interface. With a proprietary dual loop design, our any rate CDR ICs feature fast locking with superior jitter performance.
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Product
8 Series Optical Clock Recovery
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The 8 Series Optical Clock Recovery is a fast, flexible and reliable instrument for assisting in the validation of current and future optical designs. With all the applicable standard rates in the 26 and 53 GBd data rate ranges – no options required – the TCR801 Optical Clock Recovery is a crucial component for any bench or rack aimed at verifying the latest high-speed optical standards. Featuring quick lock capabilities and a sensitive front end for low power signals, this instrument simplifies the challenges associated with today’s optical testing.
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Product
Advanced Measurement Package For M8000 Series Of BERT Test Solutions
M8070ADVB
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The M8070B system software for the M8000 Series of BER Test Solutions can be enhanced by additional software packages, such as M8070ADVB or M8070EDAB to get the best out of the M8040A, M8020A and M8030A J-BERT platforms.The M8070ADVB Advanced Measurement package offers advanced features like automated jitter tolerance test and parameter sweeps, eye diagram measurement or the integration of external equipment such as electrical and optical clock recovery or error analysis using a real-time scope.
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Product
28/45 GHz Single Optical Channel DCA-M with Option CDR
N1092A
Oscilloscope
High accuracy, low cost solution for optical waveform analysis including solutions for 8.4 through 64 GBaud, very low noise and jitter, fast sampling rates for high throughput, and integrated clock recovery available.
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Product
Optical Clock-Recovery Modules / O-CR
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Optical clock-recovery modules are required when a clock signal is not present to trigger the oscilloscope or when it is better to use the embedded clock present in the data stream, such as for 100G Lambda optical signals.Clock-recovery modules are essential for transmitter signal characterization.
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Product
Optical / Electrical Clock Recovery
N1078A
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N1078A Optical/Electrical Clock Recovery provides standards-compliant clock recovery capabilities for single-mode optical as well as electrical signals from 125 MBd up to 64 GBd PAM4 and NRZ
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Product
50/85 GHz Precision Waveform Analyzer
N1060A
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Gain margin with high instrument performance: high BW (50 GHz or 35 GHz) receivers, ultra-low residual jitter (< 50 fs typical); adjustable clock recovery peaking & loop BW Reduce development time through instrument flexibility with integrated clock recovery (data rates 50 Mb/s to 32 Gb/s) & integrated pickoffs & phase matched cables for simple one connection "triggerless" operation Reduce validation time with analysis tools like Jitter Spectrum Analysis & SW Clock Recovery Emulation
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Product
Clock & Data Recovery
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Macom Technology Solutions Holdings Inc.
Macom offers a series of high-performance, flexible, clock-and-data recovery (CDR) devices to remove the jitter from signals in high data rate systems. Our family of CDRs spans from 10Gbps to 100Gbps per lane in multitude of configurations including single lane and multi-lane devices, standalone CDRs and integrated combo devices with TIA and laser drivers. This wide portfolio of configurations offers customers design flexibility and cost-optimization in systems for Ethernet and OTN based network infrastructure markets and extending to high performance computing, storage-area-networking (SAN), industrial and aerospace applications.
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Product
28/45 GHz Dual Optical Channel DCA-M with Option CDR
N1092B
Oscilloscope
High accuracy, low cost solution for optical waveform analysis including solutions for 8.4 through 64 GBaud, very low noise and jitter, fast sampling rates for high throughput, and integrated clock recovery available.
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Product
Electrical Clock Recovery
N1076B
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The N1076B Electrical Clock Recovery provides standards-compliant clock recovery capability on electrical NRZ and PAM4 signals from 125 MBd up to 64 GBd
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Product
mAEStro Audio Digital to Analog Converter
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The mAEStro ADAC-100 receives AES/EBU (AES3) or S/PDIF digital audio and converts it to two channels of analog audio. It automatically detects sample rates up to 96kHz with low-jitter clock recovery. Two balanced line-level audio outputs are provided on XLR connectors on the rear panel. For convenient monitoring, a stereo headphone mini-jack and volume control are provided on the front panel.
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Product
Continuous Time Interval Analyzer - PXI
GT668PXI-40
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A true breakthrough in high-speed Time Measurement and test technology, GuideTech’s GT668PXI-40 leverages the power of its CTIA continuous time-stamping technology, eliminating the need for supplemental triggers, pattern markers or clock recovery circuits.GuideTech’s CTIAs enables serial interfaces pattern verification and full jitter analysis in milliseconds for fast, automated characterization and high-throughput production test on all ATE platforms, including low-cost and in-house testers.GT668PXI-40 cards can be expanded up to 36 Channels Single Ended Input in a single 3U PXI chassis.
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Product
Clock Generator Module
M8008A
Clock Generator
The M8008A is designed as sample clock source for the M8199A 128/256 GSa/s Arbitrary Waveform Generator. It can also be used as a standalone low-jitter clock source for other applications. It comes as a 1-slot AXIe module, which allows the M8008A plus up to two M8199A AWG modules to be plugged into a single 5-slot AXIe chassis.
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Product
Crease Recovery Tester
TF110
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TESTEX Testing Equipment Systems Ltd.
Crease Recovery Tester, to determining recovery properties of fabrics by creasing in a loading device for a predetermined time using a weight suitable for the test method specified (BS/ISO/AATCC), After transferring the specimen to the clamp of the tester, the specimen is allowed to recover and the angle of recovery recorded. Fabric Crease Tester complies with ISO 2313, AATCC 66, BS EN 22313， etc.
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Product
Clock Drivers
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Multiple timing signals ("clocks") are required by CCDs, IR FPAs, and some CMOS image sensors to transport electrical charge across the array to a sense amplifier for conversion into image data. Pulse Instruments offers a line of "clock drivers" for generating these timing signals. The parameters of these clocks (clock rate, pulse width, pulse amplitude, rise- and fall-times, etc.) greatly influence the behavior and performance of the imaging device. Our products take logic-level inputs from a pattern generator and allow the user to adjust the output parameters to suit their device and testing requirements. Clocks can be "tweaked" in real-time to determine optimal operating parameters for a particular device, or else programmed in accordance with a test plan for automated production test.
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Product
Heat Recovery Steam Generators
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The heat recovery steam generator (HRSG) provides the thermodynamic link between the gas turbines and steam turbines in a combined-cycle power plant. Each HRSG solution is custom-engineered to meet your desired operating flexibility and performance requirements. With more than 750 HRSGs installed worldwide, GE is a world leader in supplying HRSGs behind all major OEM’s gas turbines.
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Product
Thermometer Clock
3331
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Peaceful Thriving Enterprise Co Ltd
*Clock Display.*Easily Installed.*℃/℉ Selectable*Indoor/Outdoor Temperature Display and Backlight.*Easily fitted to car dash or wall by included 3M scotch magic tape.
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Product
Real-Time Clocks
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Renesas' family of real-time clock (RTC) products offers high-accuracy, feature-rich, low-cost, and basic real-time clocks that provide a variety of useful functions for precise timing needs.
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Product
Optical Lattice Clock
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Our strontium lattice clock project aims to create the world’s first commercially available fully integrated optical frequency atomic clock. The clock will be compact, transportable, easy to use and based on optical lattice technology enabled by the SolsTiS. The strontium lattice clock will achieve frequency uncertainties below 10-17, a level unprecedented on the global market.
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Product
AATCC Wrinkle Recovery Tester
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TESTEX Testing Equipment Systems Ltd.
AATCC Wrinkle Recovery Tester is used for determining a fabric’s ability to recover after wrinkling under a pre-determined load for a set period of time.
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Product
Step Recovery Diodes
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Macom Technology Solutions Holdings Inc.
MACOM’s Silicon and GaAs varactor multiplier diodes provide broadband performance ranging from 10 MHz to 70 GHz. They are ideal for multiplier circuits and are available in die form, plastic and ceramic packaging. These diodes boast a flip chip series for higher frequency millimeter wave applications; plastic packaged series for microwave frequency surface mount applications; ceramic packaged series for high power waveguide and coaxial applications.
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Product
Clock Distribution Devices
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Analog Devices offers ultralow jitter clock distribution products that fan out given signals for wireless infrastructure, instrumentation, broadband, ATE, and other applications demanding subpicosecond performance. Our clock products are ideal for clocking high performance analog-to-digital converters (ADCs) and digital-to-analog converters (DACs). ADI clock ICs integrate PLL cores, dividers, phase offset, skew adjust, and clock drivers in small chip scale packages.
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Product
Clock Generator
CG-2000
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Supports power supply and video / audio clock redundancy. The top model in the CG series equipped with various functions required for broadcasting stations and post-professional sites.
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Product
AATCC Wrinkle Recovery Tester
TF112
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TESTEX Testing Equipment Systems Ltd.
AATCC Wrinkle Recovery Tester is used for determining a fabric’s ability to recover after wrinkling under a pre-determined load for a set period of time.
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Product
Clock Synchronization
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Analog Devices Clock synchronizers are designed for wired networking applications, providing the clock redundancy functionality needed to maximize system uptime. Our technology supports clock synchronization with common standards, including 1 pulse per second (PPS) output signal from a GPS receiver. GPS signals are broadly available and utilize an extremely stable atomic clock as its time base, but they are often noisy. Systems rely on the IEEE1588 timing protocol to establish synchronous communications across the wired network, including synchronous Ethernet and synchronous digital hierarchy (SDH) to optical transport network (OTN) mapping/demapping. The IEEE1588 protocol has emerged as the preferred method for Clock synchronizing systems throughout both computer networks and local area networks (LAN).
