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Digital logic analyzers, communications network analyzers,...
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Tester / wireless communication network - R&S®CMW270
R&S®CMW270 is perfect as a test solution for laptops, netbooks, game consoles, data cards and wireless...
Tester / wireless communication network - R&S®CMW270
R&S®CMW270 is perfect as a test solution for laptops, netbooks, game consoles, data cards and wireless...
Bluetooth module tester - R&S®CBT/CBT32
The R&S®CBT/CBT32 Bluetooth® Tester enables quick and precise audio and RF data analysis. It possesses a very low power option and consumption that highly increases the generation...
Bluetooth module tester - R&S®CBT/CBT32
The R&S®CBT/CBT32 Bluetooth® Tester enables quick and precise audio and RF data analysis. It possesses a very low power option and consumption that highly increases the generation...
Analyzer / communication network / wireless - 30 MHz - 6 GHz | R&S®TSMW
R&S®TSMW is a top notch universal radio network analyzer that is designed to refine wireless communication networks. The device is appointed with extremely sensitive 20 MHz frontends that cater to input frequency in the range of 30 MHz to 6 GHz, FPGA-based software-defined...
Analyzer / communication network / wireless - 30 MHz - 6 GHz | R&S®TSMW
R&S®TSMW is a top notch universal radio network analyzer that is designed to refine wireless communication networks. The device is appointed with extremely sensitive 20 MHz frontends that cater to input frequency in the range of 30 MHz to 6 GHz, FPGA-based software-defined...
Analyzer / communication network / wireless - 80 MHz - 6 GHz | R&S®TSML series
R&S®TSML is a product series that consists of various radio network analyzers, which is the ideal choice if users want to carry out effective, precise and quick cost-effective measurements for the...
Analyzer / communication network / wireless - 80 MHz - 6 GHz | R&S®TSML series
R&S®TSML is a product series that consists of various radio network analyzers, which is the ideal choice if users want to carry out effective, precise and quick cost-effective measurements for the...
Tester / communication network - R&S®TS8991 OTA
The R&S®TS8991 OTA Performance Test System gives OTA or over the air measurements related to CTIA, Wi-Fi Alliance, CWG, PTCRB standards and test cases and WiMAX™...
Tester / communication network - R&S®TS8991 OTA
The R&S®TS8991 OTA Performance Test System gives OTA or over the air measurements related to CTIA, Wi-Fi Alliance, CWG, PTCRB standards and test cases and WiMAX™...
RF analyzer / multi-channel / signal - max. 40 MHz | N7109A
N7109A is a signal analyzer that features 2, 4 or 8 RF channels and harnesses the MIMO and multi channel capabilities of the class leading Agilent 89600 VSA software. This device enables informative and speedy measurements of WiMAX, Wlan and LTE devices that range from 2x2 to 4x4...
RF analyzer / multi-channel / signal - max. 40 MHz | N7109A
N7109A is a signal analyzer that features 2, 4 or 8 RF channels and harnesses the MIMO and multi channel capabilities of the class leading Agilent 89600 VSA software. This device enables informative and speedy measurements of WiMAX, Wlan and LTE devices that range from 2x2 to 4x4 to 8x8 channels. Furthermore, the N7109A signal analyzer is packed into a modular yet small measurement platform. this system can be configured with one, two or four N7130A two-channel receiver modules, These modules provide 40 MHz bandwidth that ranges from 20 MHz to 6 GHz.
Each channel is fitted with a preamp and several fixed pre selectors, which make it possible and optimize off the air measurements. Additionally, each of these channels can be configured individually to measure several component carriers for advanced LTE Carrier Aggregation. these include MIMO carriers or to measure downlink/uplink signals simultaneously. Processing power is delivered from the N7145A FPGA processing module and N7140A CPU module. These collectively deliver onsite data reduction, speedy measurements and rapid data transfers.
Each channel is fitted with a preamp and several fixed pre selectors, which make it possible and optimize off the air measurements. Additionally, each of these channels can be configured individually to measure several component carriers for advanced LTE Carrier Aggregation. these include MIMO carriers or to measure downlink/uplink signals simultaneously. Processing power is delivered from the N7145A FPGA processing module and N7140A CPU module. These collectively deliver onsite data reduction, speedy measurements and rapid data transfers.
Network analyzer / RF - 5 Hz - 20 GHz | ENA series
The Agilent ENA series of network analyzers has an exceptionally flexible lineup that reinforces a huge variety of test requirements.
The E5071C enhances the...
The E5071C enhances the...
Network analyzer / RF - 5 Hz - 20 GHz | ENA series
The Agilent ENA series of network analyzers has an exceptionally flexible lineup that reinforces a huge variety of test requirements.
The E5071C enhances the RF network analysis due to its innovative attributes including a multiport and TDR measurement capabilities of up to 20 GHz.
The E5072A has an adjustable test set that assists in the utilization of optional peripherals or components for any implementation.
The E5061B RF NA options provides a basic S-parameter measurements for up to 3 GHz. It is remarkably cost-effective and consists of an impedance analysis option that ranges from 5 Hz to 3 GHz that guarantees a detailed network.
The E5071C enhances the RF network analysis due to its innovative attributes including a multiport and TDR measurement capabilities of up to 20 GHz.
The E5072A has an adjustable test set that assists in the utilization of optional peripherals or components for any implementation.
The E5061B RF NA options provides a basic S-parameter measurements for up to 3 GHz. It is remarkably cost-effective and consists of an impedance analysis option that ranges from 5 Hz to 3 GHz that guarantees a detailed network.
Protocol analyzer - max. 16 Gb | U4431A MIPI
The MIPI M-PHY standards are the core of the next-generation mobile computing devices. These designs have been slowly replacing desktop PCs in different applications because the architecture has become more complex and much faster compared to...
Protocol analyzer - max. 16 Gb | U4431A MIPI
The MIPI M-PHY standards are the core of the next-generation mobile computing devices. These designs have been slowly replacing desktop PCs in different applications because the architecture has become more complex and much faster compared to those of the past.
Mobile designers have integrated different high-speed buses into their architecture to control massive memory buffers, advanced graphics adapters, high-speed peripherals and high-resolution cameras. The increasing bandwidth demands have triggered the expansion of the M-PHY specifications to make room for the 6.0, four lane-Gbs options.
The U4431A is capable of 16GB analysis memory for each lane, allowing designers to catch tens of seconds of system traffic, while operating at high speeds. On top of that, the Agilent U4431A has a raw mode that allows the designers to observe time-correlated data embedded with each protocol. These states can be shown as listing or waveforms.
Mobile designers have integrated different high-speed buses into their architecture to control massive memory buffers, advanced graphics adapters, high-speed peripherals and high-resolution cameras. The increasing bandwidth demands have triggered the expansion of the M-PHY specifications to make room for the 6.0, four lane-Gbs options.
The U4431A is capable of 16GB analysis memory for each lane, allowing designers to catch tens of seconds of system traffic, while operating at high speeds. On top of that, the Agilent U4431A has a raw mode that allows the designers to observe time-correlated data embedded with each protocol. These states can be shown as listing or waveforms.
Protocol analyzer - max.18 GB | U461xA series
Agilent protocol solutions for USB 3.0/2.0 are useful for validation and debugging of USB design. It is the quickest and the deepest protocol analyzer for USB 3.0/2.0...
Protocol analyzer - max.18 GB | U461xA series
Agilent protocol solutions for USB 3.0/2.0 are useful for validation and debugging of USB design. It is the quickest and the deepest protocol analyzer for USB 3.0/2.0 and the sole USB 3.0 jammer in the industry.
The latest USB 3.0/2.0 analyzer is a combination of the industry's largest, up to 18 GB trace buffers and Agilent's most powerful triggering engine. And thanks to the new USB 3.0 jammer, engineers can now accurately inject particular errors into their test system.
All these features enable engineers to take their USB designs to newer levels. This helps in fast validation and troubleshooting of designs.
The latest USB 3.0/2.0 analyzer is a combination of the industry's largest, up to 18 GB trace buffers and Agilent's most powerful triggering engine. And thanks to the new USB 3.0 jammer, engineers can now accurately inject particular errors into their test system.
All these features enable engineers to take their USB designs to newer levels. This helps in fast validation and troubleshooting of designs.
Protocol analyzer - U4431U MIPI
Power to meet the needs of todays and tomorrows designs
Up to Gear 3 HS data rates
Up to 16...
Up to Gear 3 HS data rates
Up to 16...
Protocol analyzer - U4431U MIPI
Power to meet the needs of todays and tomorrows 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
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
Logic analyzer - max. 667 MHz |TLA6400 Series
The affordable TLA6400 Series of logic analyzers offer the performance needed to debug, validate and optimize the functionality...
Logic analyzer - max. 667 MHz |TLA6400 Series
The affordable TLA6400 Series of logic analyzers offer the performance needed to debug, validate and optimize the functionality...
Logic analyzer / modular - TLA7000 series
The TLA7000 Series Logic Analyzer gives a fast and flexible capturing of logic detail of the fastest microprocessors...
Logic analyzer / modular - TLA7000 series
The TLA7000 Series Logic Analyzer gives a fast and flexible capturing of logic detail of the fastest microprocessors and memory designs of the current generation. The TLA7000 can identify the source of indefinable errors and provides visibility that is needed with large easy-to-read displays, time-correlated views of analogue and digital signals, and fast data throughput. This top of the line device is safe and very easy to use.
Logic analyzer / portable - TLA5204B
The TLA5000B Logic Analyzer is a high performance, cost effective, and user friendly unit....
Logic analyzer / portable - TLA5204B
The TLA5000B Logic Analyzer is a high performance, cost effective, and user friendly unit. The model is capable of fast timing resolutions, long record lengths, complex triggering, and efficient state acquisition, all in one processing unit. These features make the analyzer specifically optimized for use in embedded design verification applications.
Protocol analyzer
Tektronix Protocol Analyzers is a complete solution for Protocol Layer Debug. It offers support for a broad range of standards that allow engineers to analyze, stimulate, stress and characterize their high-speed serial interfaces.
Tester / communication network
Each Tektronix Bit Error Rate Tester delivers unprecedented flexibility and performance to compress your product development cycles and reduce verification and testing costs. You can now confidently identify errors in digital bit streams with these highly advanced test and...
Tester / communication network
Each Tektronix Bit Error Rate Tester delivers unprecedented flexibility and performance to compress your product development cycles and reduce verification and testing costs. You can now confidently identify errors in digital bit streams with these highly advanced test and...