エレクトロニカIMT事業部 Product Lineup

We are currently offering a document summarizing the role and applications of "AWG," which is active in various measurements, as well as basic knowledge about its collaborative operation with digitizers. (*You can view it immediately by clicking the "PDF Download" button.) [Contents (partial)] ■ What is AWG? ■ Basic performance and applications of AWG ■ Collaborative operation of AWG and digitizers ■ AWG waveform generation modes ■ Differences from pulse (function) generators, etc. Additionally, our company handles a wide range of "AWG" products from Spectrum. The new product 'M2p.65xx' supports 8-channel output and features an expandable board type, achieving a more affordable price compared to standalone types. (*The product catalog is in English. Please contact us for more details.)

• oscilloscope

"SBench6" is a powerful, intuitive, and interactive measurement software that supports all measurement cards manufactured by SPECTRUM, which we handle. It allows you to start measurements immediately without any programming. It features an easy-to-use man-machine interface for hardware setup, data display, oscilloscope functions, transient recorder functions, and analysis. [Features] - Supports all measurement cards from SPECTRUM - Powerful, intuitive, and interactive - Enables immediate measurement without programming - Realized with an easy-to-use man-machine interface *For more details, please refer to the PDF document or feel free to contact us.

• Software (middle, driver, security, etc.)

We would like to introduce the embedded server option 'DN2.xxx-Emb' from SPECTRUM, handled by Electronica Co., Ltd. This option enables the following through a server integrated into the 'digitizerNETBOX': It is composed of the DN2.xxx series digitizerNETBOX and server functionality. In standalone operation, data collection can be performed by executing your own program, allowing data to be saved to the built-in SSD. Additionally, through LAN connection, it is possible to build remote control applications for monitoring/logging data via LAN continuously for several days. The 'digitizerNETBOX' is enhanced with more memory, a powerful CPU, freely accessible internal SSD, and remote software development access methods. *For more details, please refer to the PDF document or feel free to contact us.

• Other machine elements

We would like to introduce the 'hybridNETBOX' hardware from SPECTRUM, handled by Electronica Co., Ltd. The hybridNETBOX features a powerful gigabit Ethernet connection and is fully compatible with the LXI standard. It can be used as a desktop unit or mounted in a 19" rack, allowing direct connection to any LAN system or laptop/workstation on your desk, and can be remotely controlled from a host PC. 【Features】 ■ Digitizer sampling rates: 40, 125, 250, 500 MS/s ■ AWG output rates: 40, 125, 625 MS/s, 1.25 GS/s ■ Digitizer: 14, 16-bit resolution ■ AWG: 16-bit resolution ■ 2, 4, 8 pairs *For more details, please refer to the PDF materials or feel free to contact us.

• Other machine elements

Introducing the "Arbitrary Waveform Generator AWG (D/A Board)" from SPECTRUM, handled by Electronica Co., Ltd. An arbitrary waveform generator (AWG) is a device that generates analog signals. A digitizer samples an analog waveform, digitizes it, and stores it in memory, while an AWG stores the numerical values of the waveform in waveform memory. The data of the selected waveform is sent to a DA converter (DAC), appropriately filtered and processed, and then output as an analog waveform. 【Features】 ■ Bandwidth, sampling rate, and maximum output frequency ■ Memory capacity ■ Amplitude resolution *For more details, please refer to the PDF document or feel free to contact us.

• Other machine elements

We would like to introduce the hardware from SPECTRUM, handled by Electronica Co., Ltd., specifically the 'Digitizer (A/D Board) / Transient Recorder.' All SPECTRUM digitizers feature complete simultaneous sampling, with each channel equipped with independent A/D converters and independent input amplifiers. All settings related to the input channels can be programmed individually. 【Features】 ■ Sufficient sampling rate ■ No phase difference between channels, and minimal crosstalk between adjacent channels ■ Direct comparison of collected data is possible *For more details, please refer to the PDF document or feel free to contact us.

• Other machine elements

The need for multi-channel testing is higher than ever. Electronic components, devices, and systems often use array and parallelization technologies to improve performance, leading to increasing complexity. Therefore, performance testing requires more measurements to be conducted simultaneously and at higher speeds. The M2p series provides a convenient solution for creating test systems with dozens or even hundreds of analog and digital channels. We introduce the features for multi-channel testing with the M2p series and its application notes. 【Features】 ■ Synchronized data collection for physical layer signal measurement and protocol layer signal measurement ■ Achieves multi-channel synchronized measurement of analog and digital signals ■ By using SBench6-Pro, it is possible to display analog and digital signals on the same screen in synchronization *For more details, please refer to the PDF document or feel free to contact us.

• Other electronic measuring instruments

An example of continuously collecting data from signals such as those from artificial satellites, using the memory of a digitizer as a buffer memory to the memory or SSD of a PC (continuous data collection is possible regardless of the size of the digitizer's memory). We will introduce examples using C++ and Spectrum's SBench6-Pro. Using the FIFO mode of the digitizer. The goal is to achieve a continuous transfer speed of up to 3.4GB/s (PCIe Gen2 x8). *For more details, please refer to the PDF document or feel free to contact us.

• oscilloscope

Accidents caused by wildlife have resulted in insurance costs exceeding 600 million euros. To address this, a system has been developed that combines radar, optical cameras, infrared sensors, and neural networks to distinguish between pedestrians, cars, bicycles, motorcycles, deer, foxes, wild boars, and to predict their behaviors. 【System Specifications and Features】 ■ Digitizer: M2p.5926-x4 ■ 16-bit, 4 differential channels, 10MHz bandwidth ■ Low power consumption, compact, low cost ■ Simultaneously collects all necessary data in real-time ■ Very easy and intuitive to use ■ 5-year warranty *For more details, please refer to the PDF document or feel free to contact us.

• oscilloscope

The University of Tokyo plays a fundamental role in research on molecular biology, pathology, immunology, and virology. We have developed an intelligent image-activated cell sorter (IACS) using Spectrum's digitizer for cell sorting, achieving ultra-fast performance (32ms per cell). [Digitizer used] - High-speed signal collection from avalanche photodiodes - Digitizer M4i.2212-x8 - 1.25GS/s 8-bit 4-channel *For more details, please refer to the PDF document or feel free to contact us.

• oscilloscope

MRI scanners are important diagnostic tools, but they are large, very heavy, and require liquid helium for cooling. Neoscan Solutions has developed a much smaller and lighter MRI scanner that can be installed directly in children's wards of hospitals, reducing the distance for transport and allowing scans of sick babies while they are asleep. The key to the design being much smaller is the use of Spectrum's digitizer and AWG. These provide sub-nanosecond coherence accuracy to generate scanner signals and capture results. *For more details, please refer to the PDF document or feel free to contact us.*

• oscilloscope

When investigating the quantum behavior of electrons in an ionic lattice, the University of California, San Diego resolved this by using observable components of atoms moving within an optical lattice. The challenge is to cool the atoms to near absolute zero and then use laser pulse to move them into a triangular lattice structure. To manipulate individual atoms, extraordinary precision is required to supply exactly the right amount of energy from each laser pulse. The exceptional precision and ultra-low noise of Spectrum's AWG are precisely the features we need. *For more details, please refer to the PDF materials or feel free to contact us.*

• oscilloscope

The University of Stuttgart used a Spectrum arbitrary waveform generator for experiments to replace diamond carbon atoms one at a time with nitrogen atoms. This device can be applied in applications such as atomic-level magnetic field detectors and quantum computer Qubits (information elements that can take on not only 0 and 1 but also superposition states by utilizing quantum mechanical states). Additionally, NV defect centers are nanoscale nuclear magnetic resonance (NMR) devices that can be used as atomic-sized magnetic field sensors, and for example, they can be applied to evaluate characteristics by measuring the magnetic field strength of small read/write heads on hard disk drives. *For more details, please refer to the PDF document or feel free to contact us.*

• oscilloscope

To appropriately control a high magnetic field (100T), it is necessary to improve the accuracy of the process that is triggered every sub-nanosecond, and to control the trigger events that activate large capacitor banks within 10 ns of each other. To achieve this, a single-shot sampling rate exceeding 1 GS/s and a fully synchronized 10-channel digitizer system are required. Furthermore, to protect equipment and operators from the high magnetic field, operators need to adjust and monitor experiments from a control room, and the digitizer system must be operable remotely. *For more details, please refer to the PDF document or feel free to contact us.*

• oscilloscope

Nuclear fusion is seen as the ultimate goal for energy generation due to the fact that seawater can supply (hydrogen, tritium) virtually without limit and there are no dangerous waste products. The photo shows six capacitor banks arranged radially around the central vacuum chamber where the experiments are conducted. The capacitors can be charged up to a maximum of 200,000 volts in one minute, and the accumulated electrical energy is discharged in less than 2 microseconds. There is a demand for multi-channel synchronized measurements at a reasonable price. *For more details, please refer to the PDF document or feel free to contact us.*

• oscilloscope

The excellent resolution of Atomic Force Microscopy (AFM) is over 1000 times more sensitive than light-based microscopes. Unlike electron microscopes, it can image samples in situ. By combining expertise in mechatronics, MEMS, and low-noise electronic design, we present examples of unique solutions that can reduce the complexity and cost of AFM systems in nanotechnology. *For more details, please refer to the PDF document or feel free to contact us.*

• oscilloscope

We will introduce applications such as beam position monitors for linear accelerators, acceleration performance monitors for accumulation rings, and particle beam measurements (scintillator output) at facilities like CERN and DESY. Applications are possible due to the following features: 【Configuration】 ■ High-speed digitizing function ■ High resolution, high SNR ■ High data throughput ■ Multi-channel support – up to 48 channels ■ Computational functions using SBench6 *For more details, please refer to the PDF document or feel free to contact us.

• oscilloscope

In the measurement of turbine blade vibrations, methods such as image-based measurement are being used. Here, we will introduce an example of vibration measurement using strain gauges as sensors. In the case of vibration measurement, it is necessary to simultaneously measure digital signals from the control unit in addition to the vibration signals. With the configuration below, synchronized measurement of analog and digital signals is possible. "SBench6" is a tool that allows for setting measurement conditions, displaying measurement data, storing data, and more, without the need for programming. 【Configuration】 ■digitizerNETBOX DN2.59x-08-Dig ■8 channels, 16-bit, 2.5 MHz, 5 MS/s ■1 x 512 Msamples ■SBench6 *For more details, please refer to the PDF document or feel free to contact us.

• oscilloscope

The magnetic properties of electrical steel sheets necessary for motor design have traditionally been measured using the Epstein method or single sheet magnetic testing. However, it has become necessary to measure magnetic properties under more conditions, especially since motors are used under rotating magnetic flux, making two-dimensional magnetic property measurement important. The excitation frequency of motors is 50/60Hz, but measurements of high frequencies and harmonic components due to inverter control and thyristor control are also becoming necessary. *For more details, please refer to the PDF document or feel free to contact us.*

• oscilloscope

In the case of devices controlled using a processor, it becomes necessary to measure the bus movements and the corresponding synchronized analog signals. Additionally, for digital signals such as buses, it is also necessary to measure the rise and fall times, as well as the high and low voltage levels. This can be achieved with the digitizer M2p·59xx-x4 and its options, or the M4i·44xx-x8 with the DI option. 【Features】 ■ Synchronized data collection for physical layer signal measurement and protocol layer signal measurement ■ Achieving synchronized measurement by allocating the highest bit of the analog signal's resolution to the digital signal ■ By using SBench6-Pro, it is possible to display analog and digital signals synchronously on the same screen *For more details, please refer to the PDF materials or feel free to contact us.

• oscilloscope

Using the waveform creation feature (Easy Generator) of SBench6, starting with signal generation from an AWG (arbitrary waveform generator), as well as waveform measurement with a digitizer and the X-Y display function using SBench6, and utilizing the measurement function of the digitizer synchronized with the waveform generation of the AWG, component measurement can be relatively easily accomplished. In the PDF document, we introduce an example of a Zener diode as a simple component measurement example. *For more details, please refer to the PDF document or feel free to contact us.*

• oscilloscope

Here is an example of high-speed computation using SCAPP and GPU. CUDA is an integrated development environment for GPU computing provided by the semiconductor manufacturer NVIDIA. It consists of program writing, compiler, libraries, and debugger, making it easy to handle if you have experience in programming with the C language. 【Features】 ■ Data measured with a digitizer can be sent directly to the GPU in a CUDA environment, and by sending the computation results from the GPU back to the CPU, it enables real-time processing (the processing power of the GPU is hundreds of times greater than that of the CPU). *For more details, please refer to the PDF document or feel free to contact us.

• oscilloscope

We will introduce examples of the collaboration between arbitrary waveform generators and digitizers (using PC software or SBench6), as well as application cases of the hybridNETBOX (using PC software or SBench6). By programming from a PC and configuring through the attached GUI "SBench6," it is possible to generate any analog waveform from the AWG and apply it to the measurement target. Additionally, it is possible to replay actual waveforms obtained from the digitizer through the AWG, or output waveforms that have been processed and modified on the computer. *For more details, please refer to the PDF materials or feel free to contact us.

• oscilloscope

On May 5, 2021, the German company Spectrum became the first in the world to launch support for the programming language "Julia" (SDK). Spectrum's digitizers, AWG (Arbitrary Waveform Generators), and digital I/O can be used from "Julia." "Julia" is a relatively new programming language developed at MIT. It combines the performance speed of "C" with the expressiveness of "Python" and "MATLAB," and is rapidly gaining popularity in the fields of science, technology, and numerical computation.

• oscilloscope

On March 17, 2021, Spectrum, a German company, began supporting drivers for NVIDIA Jetson (ARM-based embedded computer boards) in response to numerous requests. This enables the use of Spectrum's 65 types of PCIe interface digitizers, AWGs (arbitrary waveform generators), and digital IO products with the compact, energy-efficient, and powerful NVIDIA Jetson. NVIDIA Jetson consists of an ARM CPU and NVIDIA's CUDA-based GPU, allowing for supercomputer-level parallel processing and featuring a PCIe slot. This makes it possible to apply the supercomputer-level parallel processing capabilities of NVIDIA GPUs to the vast amounts of data generated by Spectrum's PCIe products. Spectrum has traditionally supported NVIDIA CUDA-based GPUs through the SCAPP (Spectrum's CUDA Access for Parallel Processing) option.

• oscilloscope

The hybrid netbox from Spectrum is a groundbreaking product that houses a multi-channel AWG (Arbitrary Waveform Generator) and digitizer in one box. With a single measuring instrument, you can freely generate multi-channel waveforms, acquire data, and analyze signals from your computer via Ethernet. It can be controlled using the included waveform generation, acquisition, and analysis GUI software (SBench6), allowing for easy display, analysis, saving, and report creation of generated and acquired waveforms, as well as the prototyping and verification of dedicated measurement systems. Additionally, it supports environments such as Visual C++, LabVIEW, MATLAB, C++ Builder, GNU C++, VB.NET, C#, J#, Delphi, Java, and Python, enabling you to build dedicated measurement systems from these platforms. Support will be provided responsibly by the Electronics IMT Division. ★ We are currently offering a free "Digitizer Handbook" from Spectrum. If you are interested, please contact us through the <Contact Us> section.

• oscilloscope

The Spectrum company's hybrid netbox houses a multi-channel AWG (Arbitrary Waveform Generator) and digitizer in one box, allowing for multi-channel waveform generation, data acquisition, and signal analysis with a single instrument. Connection to a computer is easily achieved via Gigabit Ethernet, and it can be easily controlled from the included waveform generation, acquisition, and analysis GUI (SBench6), enabling straightforward display, analysis, saving, and report creation of generated and acquired waveforms. Additionally, it supports environments such as Visual C++, LabVIEW, MATLAB, C++ Builder, GNU C++, VB.NET, C#, J#, Delphi, Java, and Python, allowing usage from these platforms as well. The operating systems supported are Windows/Linux 32 and 64 bit, including Windows 7 (SP1), 8, 10, Server 2008 R2 and newer, as well as Linux Kernel 2.6, 3.x, 4.x, and 5.x. Support will be provided responsibly by the Electronica IMT division.

• oscilloscope

This catalog features hardware and software from the German company SPECTRUM. We introduce products such as "SBench6," which captures, displays, and stores signals using a digitizer and PC, as well as "Digitizers/Transient Recorders" and "Arbitrary Waveform Generators." [Contents] ■ Product functions and shapes ■ Software compatibility ■ Features ■ Main functions ■ Applications, etc. *For more details, please refer to the catalog or feel free to contact us.

• Software (middle, driver, security, etc.)

This catalog features numerous applications (examples of use) utilizing digitizers and AWGs from the German company SPECTRUM. Examples of applications include "multi-channel measurement," "ultrasonic measurement," "applications in accelerators," "applications in mass spectrometers," "Lidar," "photoacoustic measurement," "component characteristic measurement," "magnetic property measurement of electromagnetic steel sheets," "synchronous measurement of mixed analog/digital signals," "collaboration between arbitrary waveform generators and digitizers," and "introduction of high-speed computation examples SCAPP." Additionally, examples of usage in research institutions around the world are also included, such as "CERN," "University of Stuttgart," "University of Tokyo," "University of Innsbruck," and "DESY German Electron Synchrotron." *For more details, please refer to the catalog or feel free to contact us.*

• Software (middle, driver, security, etc.)

Our company, which specializes in the sale of high-speed digitizers, arbitrary waveform generators, and digital I/O, is currently offering "case studies" from research and development institutions around the world and "explanatory materials" related to digitizers. In addition to "basic performance" such as input range and conversion bit count, we provide explanations, including images, on foundational knowledge such as "averagers," which are widely used for signal integration, and "PCI Express standards." The materials are designed to be easy to understand for beginners. 【Case Studies from Research Institutions】 1. CERN (European Organization for Nuclear Research) 2. University of Stuttgart 3. University of Tokyo, Institute of Solid State Physics 4. University of Innsbruck 5. DESY (German Electron Synchrotron) 【Contents of Explanatory Materials (Excerpt)】 ■ What is a digitizer? ■ Basic performance of digitizers ■ What is the difference between a digitizer and an oscilloscope? ■ What is PCIe? ■ What is LXI? ■ What is an averager? ■ Ultra-fast and parallel processing of large data ■ SCAPP *For more details, you can view them immediately from the [Download] section.

• oscilloscope

Spectrum M4x.44xx-x4 - PXIe 14/16 bit Digitizer up to 500 MS/s Series Sample Rate: Up to 500 MS/s Resolution: 14 bit, 16 bit Maximum Bandwidth: 250 MHz PXIe 3U format, 2-slot width 4GB onboard data memory High-speed data transfer: PCIe x4 Gen 2 up to 1.7 GB/s Trigger Modes: Edge, Level, Window, OR/AND Data Acquisition Modes: Single, Multi, Gated, Streaming, ABA Timestamp Function

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Spectrum M4x.22xx-x4 - PXIe 8 bit Digitizer up to 5 GS/s Series Sample Rate: Up to 5 GS/s Resolution: 8 bit Maximum Bandwidth: 1.5 GHz PXIe 3U format, 2-slot width 4GB onboard data memory High-speed data transfer: PCIe x4 Gen 2 up to 1.7 GB/s Trigger Modes: Edge, Level, Window, OR/AND Data Acquisition Modes: Single, Multi, Gated, Streaming, ABA Timestamp Function

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1. Spectrum is a world-leading manufacturer of high-speed, high-resolution digitizers, AWGs (arbitrary waveform generators), and digital I/O. 2. We offer a wide range of over 500 products. 3. You can choose the perfect product for your intended use from our extensive product lineup based on modular design. 4. We have guaranteed software compatibility for the past 15 years, allowing our customers to develop new products in a short period of time in the future. 5. We will continue to develop new products in a short timeframe. 6. With the included user-friendly and high-performance SBench6 software, you can perform operation checks and verification without the need to create programs. 7. While Electronica IMT provides product support, you can also receive direct support from Spectrum's hardware and software engineers. 8. Since our establishment in 1989, we have been producing German quality products with all development, manufacturing, and inspection conducted in Germany. 9. Our products come with an industry-leading 5-year warranty, delivering peace of mind along with the product. 10. Our customers around the world are satisfied. We hope you will become one of them as well.

• Other electronic measuring instruments

That AWG (Arbitrary Waveform Generator) can be purchased at an affordable price. Spectrum M4i.66xx-x8 - 16 bit 1.25 GS/s AWG Series Sample Rate: Up to 1.25 GS/s Resolution: 16 bit Maximum Bandwidth: 400 MHz 2G Sample Onboard Pattern Memory Number of Output Channels: 1, 2, 4 High-Speed Data Transfer: PCIe x8 Gen2 up to 2.8 GB/s Trigger Modes: Edge, Level, Window, OR/AND Waveform Generation Modes: Single, Single Repeat, Repeat, Multi, Gated, Sequence, FIFO … Synchronization operation is possible with up to 8 cards.

• Signal Generator

Spectrum M4x.66xx-x4 - PXIe 16 bit 1.25 GS/s Arbitrary Waveform Generator Series Sample Rate: Up to 1.25 GS/s Resolution: 16 bit Maximum Bandwidth: 400 MHz PXIe 3U Format, 2 Slot Width 2G Sample Onboard Pattern Memory Number of Output Channels: 1, 2, 4 High-Speed Data Transfer: PCIe x4 Gen 2 Up to 1.4 GB/s Trigger Modes: Edge, Level, Window, OR/AND Waveform Generation Modes: Single, Single Repeat, Repeat, Multi, Gated, Sequence, FIFO …

• Signal Generator

Spectrum M4i.77xx-x8 - 32 Channel Digital Waveform Acquisition up to 720 MBit/s Series Sample Rate: Up to 720 MBit/s Data Width: 32 Channels Maximum 4G Onboard Memory Data Transfer Speed: PCIe x8 Gen 2 Maximum 3.4GB/s Trigger Modes: Edge, Level, Window, OR/AND Waveform Acquisition Modes: Single, Multi, Gated, FIFO … Synchronous operation of up to 8 cards is possible.

• Logic Analyzer

LXI (GBit Ethernet Interface), 16bit, sample rate 5 ~ 125MS/s, 4, 8, 16 channels, true differential 4, 8 channels, high-resolution digitizer from Germany's Spectrum company Input impedance: 50Ω, 1MΩ Resolution: 16 bit LXI (GBit Ethernet Interface, maximum data transfer speed 70MB/s) Standard memory: 1 GByte Input voltage level: DC, ±200 mV ~ ±10 V Reliable 5-year warranty

• Other electronic measuring instruments

LXI (GBit Ethernet Interface), 16bit, sample rate 5 ~ 125MS/s, 12, 16, 20, 24, 32, 40, 48 channels, true differential 12, 16, 20, 24 ch, high-resolution digitizer from Germany's Spectrum company Input impedance: 50Ω, 1MΩ Resolution: 16 bit LXI (GBit Ethernet Interface, maximum data transfer rate 70MB/s) Standard memory: 1 GByte Input voltage level: DC, ±200 mV ~ ±10 V Reliable 5-year warranty

• Other electronic measuring instruments

Ethernet Remote Measurement Device LXI Core 2011 compliant Gigabit Ethernet interface Maximum continuous data transfer rate: 100MB/s (depends on your network environment) Easily connects to desktops and laptops via Ethernet and can be easily used with the included GUI Optionally, a Linux controller can be integrated Sample rate: up to 500MS/s Resolution: 14, 16 bit Input impedance: 50Ω, 1MΩ Input voltage level: ±200mV to ±10V Maximum bandwidth: 250MHz 8GB/4GB onboard data memory Trigger modes: Edge, Level, Window, OR/AND Data acquisition modes: Single, Multi, Gated, Streaming, ABA Timestamp function

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DN6.44x - 24 channel 14/16 bit Digitizer NETBOX up to 500 MS/s Series Ethernet Remote Measurement Device LXI Core 2011 compliant Gigabit Ethernet interface Maximum continuous data transfer rate: 100MB/s (depends on your network environment) Easily connects to desktop and laptop computers via Ethernet, and can be easily used from the included GUI Optionally, a Linux controller can be integrated Sample rate: up to 500MS/s Resolution: 14/16 bit Maximum bandwidth: 250MHz Input impedance: 50Ω, 1MΩ Number of input channels: 12, 16, 20, 24 Input voltage level: ±200mV to ±10V Maximum 512Msample/channel onboard data memory Trigger modes: Edge, Level, Window, OR/AND Data acquisition modes: Single, Multi, Gated, Streaming, ABA Timestamp function

• oscilloscope

Flagship model from Spectrum with a maximum of 5 GS/s, 8 bit, and a maximum bandwidth of 1.5 GHz. Spectrum DN2.22x - 8 channel 8 bit digitizer NETBOX series up to 5 GS/s Ethernet remote measurement device LXI Core 2011 compliant Gigabit Ethernet interface Maximum continuous data transfer rate: 100 MB/s (depends on your network environment) Easily connects to desktop and laptop computers via Ethernet Optional built-in Linux controller Sample rate: up to 5 GS/s Resolution: 8 bit Maximum bandwidth: 1.5 GHz Input impedance: 50 Ω Input voltage level: ±200 mV to ±2.5 V Low voltage option: ±40 mV to ±500 mV 8GB/4GB onboard data memory Trigger modes: edge, level, window, OR/AND Data acquisition modes: single, multi, gated, streaming, ABA Timestamp function

• Other electronic measuring instruments

Spectrum DN6.22x - 24 channel 8 bit Digitizer NETBOX up to 5 GS/s Series Ethernet Remote Measurement Device LXI Core 2011 compliant Gigabit Ethernet interface Maximum continuous data transfer rate: 100MB/s (depends on your network environment) Easily connects to desktops and laptops via Ethernet, and can be used easily from the included GUI Optionally, a Linux controller can be integrated Sample rate: up to 5GS/s Maximum bandwidth: 1.5GHz Resolution: 8 bit Input impedance: 50Ω Number of input channels: 12, 16, 20, 24 Input voltage level: ±200 mV to ±2.5 V Low voltage option: ±40 mV to ±500 mV Maximum 6 x 4GB onboard data memory Trigger modes: Edge, Level, Window, OR/AND Data acquisition modes: Single, Multi, Gated, Streaming, ABA Timestamp function

• oscilloscope

Spectrum DN2.65x - 16 channel, 16 bit AWG (Arbitrary Waveform Generator) NETBOX up to 125 MS/s series Ethernet Remote Arbitrary Waveform Generator LXI Core 2011 compliant Gigabit Ethernet interface Maximum continuous data transfer rate: 100MB/s (depends on your network environment) Optionally, a Linux controller can be integrated Sample rate: up to 125MS/s Resolution: 16 bit Maximum bandwidth: 60MHz Maximum 2 x 512M samples onboard pattern memory Number of output channels: 4, 8, 16 Maximum data transfer rate: 100MB/s (depends on your LAN environment) Trigger modes: Edge, Level, Window, OR/AND Waveform generation modes: Single, Single Repeat, Repeat, Multi, Gated, Sequence, FIFO …

• Signal Generator

Spectrum DN6.65x - 48 channel, 16 bit AWG (Arbitrary Waveform Generator) NETBOX up to 125 MS/s series Ethernet Remote Arbitrary Waveform Generator LXI Core 2011 compliant Gigabit Ethernet interface Maximum continuous data transfer rate: 100MB/s (depends on your network environment) Optionally, a Linux controller can be integrated Sample rate: up to 125MS/s Resolution: 16 bit Maximum bandwidth: 60MHz Pattern memory: 64M samples/channel Number of output channels: 24, 32, 40, 48 Maximum data transfer rate: 100MB/s (depends on your LAN environment) Trigger modes: Edge, Level, Window, OR/AND Waveform generation modes: Single, Single Repeat, Repeat, Multi, Gated, Sequence, FIFO …

• Signal Generator

Spectrum M4i.66xx-x8 - 16 bit 1.25 GS/s Arbitrary Waveform Generator Series Ethernet Remote Arbitrary Waveform Generator LXI Core 2011 compliant Gigabit Ethernet interface Maximum continuous data transfer rate: 100MB/s (depends on your network environment) Optionally, a Linux controller can be integrated Sample rate: up to 1.25GS/s Resolution: 16 bit Maximum bandwidth: 400MHz Maximum 2 x 2G sample onboard pattern memory Number of output channels: 1, 2, 4, 8 Maximum data transfer rate: 100MB/s (depends on your LAN environment) Trigger modes: Edge, Level, Window, OR/AND Waveform generation modes: Single, Single Repeat, Repeat, Multi, Gated, Sequence, FIFO …

• Signal Generator