BeeBeans Technologies List of Products and Services

We have prepared a coaxial cable assembly with a 50Ω impedance, commonly used for signal measurement. ★BNC This is the standard coaxial connector adopted by various devices, including oscilloscopes. It features a bayonet coupling and is compatible with various RG standard cables such as RG174/U and RG58A/U, as well as various JIS cables like 1.5D-2V and 3D-2V. ★QLA This is a push-pull self-latching coaxial connector based on the world standard NIM/CAMAC-CD/N549 specifications. It is compatible with RG178B/U, RG174/U, RG188/U, RG316/U, RG58A/U, and 1.5D-2V. * It is a compatible type with LEMO FFA-00-250 series and Huber+Suhner QLA series. ★SMA This is a coaxial connector for high-frequency products with a screw-lock coupling method compliant with MIL-C-39012. It is widely compatible with JIS standard cables and RG standard cables.

• Other machine elements

We will clearly explain how circuit boards are made, from design and manufacturing to parts procurement. Additionally, from the perspective of the materials department, we will also share thoughts on the recent difficulties in parts procurement due to the semiconductor shortage. We encourage you to read it. 【Contents of the Handbook (Excerpt)】 ◆ What is an electronic circuit board ◆ Flow of design and manufacturing ◆ Parts procurement ◆ Thoughts on the global semiconductor shortage ◆ FPGA circuit design *For more details, please request the materials or view the PDF data from the download.

• Circuit board design and manufacturing

What is a neutron detector? What is GEM? What can be done with a neutron detector? For those who find it difficult and hard to grasp, we will explain in an easy-to-understand manner in the Neutron Detector Introductory Handbook. 【Contents of the Handbook (Excerpt)】 ■ What is GEM? ■ Advantages of GEM ■ Boron GEM ■ About BBT product P-THIN-GEM ■ Detailed specifications of the equipment ■ Attached software ■ Case studies *For more details, please request the materials or view the PDF data from the download.

• others

We want to introduce new server machines and replace old servers. However, selecting the right server machine is difficult... For those who are struggling with this, we will thoroughly explain the tips for selecting server machines from scratch! 【Contents of the Handbook (Excerpt)】 ■ Server Machine Selection Flowchart ■ Items for Specification Determination ■ Types and Features of Enclosures ■ Types of CPUs and Function Selection ■ Types of Memory ■ Network Communication Standards ■ Types of Storage and Selection ■ What is RAID? To avoid losing important data *For more details, please request the materials or view the PDF data from the download.

• Other network tools

This document introduces "Circuit Design Using FPGA." It explains the basic knowledge about FPGA, its features, and the process of board design using FPGA. 【Contents】 ■ What is FPGA? • More details • Even more details ■ Reasons to use FPGA • What can be done with FPGA ■ How to use it • How to design it ■ Features of FPGA ■ Design process ■ Summary ■ Process of board design using FPGA (in the case of BBT) • Meetings, overall design, proposals • Circuit design • Board layout design • Board manufacturing, component mounting • FPGA configuration design, simulation • FPGA configuration writing • Inspection ■ For FPGA design, contact BeeBeans Technologies *For more details, please refer to the PDF document or feel free to contact us.

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

In this document, we introduce "How to Order Software Without Failing." It explains everything from estimates to ordering, delivery, operation, and maintenance. 【Contents】 ■ About Estimates • Preparation • How to Consider Budget ■ Estimates • Items in the Estimate • How to Improve Accuracy • Points for Selecting a System Company ■ Ordering to Delivery, Operation, and Maintenance ■ About Contracts ■ Requests from Development Companies • Commitment to See It Through to the End • Prefer Takeaway Development Over On-Site Development • Allow Time for Ordering • Avoid Complete Delegation ■ To Create a Better System * For more details, please refer to the PDF document or feel free to contact us.

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

In particle physics experiments, such as those involving elementary particles, a high-speed DAQ is required to efficiently collect a large number of events that occur instantaneously. In the highly competitive field of research, it is important to develop high-quality equipment and software in a short period of time. This document explains that SiTCP, a hardware TCP, enables high-speed data transfer and is a solution that shortens the development period. We encourage you to read it. 【Contents (partial)】 ■Purpose of this document ■Target audience ■SiTCP ■SiTCP-equipped boards ■FPGA library *For more details, please refer to the PDF document or feel free to contact us.

• Other embedded systems (software and hardware)
• Software (middle, driver, security, etc.)

SiTCP is a technology that connects the front end of physical experiments to a PC via Ethernet, developed by Dr. Tomohisa Uchida. It enables stable high-speed communication through hardware-based TCP/IP communication. The circuit size is compact, requiring fewer external components, making implementation easy. 【Features】 ■ Small circuit size: Supports all FPGAs in the Kintex7 and Virtex7 series. ■ No processor required: MicroBlaze and Zynq are not needed. ■ No driver required: Connection to the PC can be made using only a socket program. ■ Fast: Operates at over 90% of the bandwidth (*1), achieving high-speed data transfer. 【Available Solutions】 ■ Simultaneous transfer of large-capacity, multi-channel events in physical experiments. ■ Uncompressed transmission for image diagnostics. ■ High-resolution video transmission. *For more details, please request documentation or view it via download.

• Other embedded systems (software and hardware)

J-PARC is an experimental facility built in Tokai Village, Ibaraki Prefecture. It conducts cutting-edge research in a wide range of fields, including particle and nuclear physics, materials and life sciences, and nuclear energy. Our company has developed numerous software, detectors, and measuring instruments for experiments and research at J-PARC. For detailed case studies, please refer to the "Download" section. 【Contents】 ■ Development Case BL11-1: Developed nvaSqH ■ Development Case BL11-2: Developed data interpolation software ■ Development Case BL11-3: Analysis software Tschues ■ Development Case BL20-1: Worked on the development of MatTexture ■ Development Case BL20-2: Developed PSDVisualizer! ■ Development Case BL22-1: Data analysis GUI software ■ Development Case ERI-1: Path SIM ■ Development Case ERI-3: iREVS for Aqualine *For more details, please request materials or view the PDF data from the download section.

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

nvaSqHP is an analysis software for deriving the structure factor S(Q) of liquids. It performs correction calculations using four scattering data sets (sample, sample container, vanadium rod, background) including absorption correction, cell intensity correction, solid angle correction, detector detection efficiency correction, multiple scattering correction, and non-interfering scattering correction to derive the structure factor. It utilizes the Manyo library, which is the analytical environment foundation software for MLF. 【Overview of Achievements】 ■ Service: Software Development ■ Client: Japan Atomic Energy Agency ■ Location: J-PARC MLF BL11 *For more details, please refer to the related link page or feel free to contact us.

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

The data interpolation software is designed to interpolate correction data at any pressure point using a finite number of datasets. It can flexibly generate correction data (sample container, vanadium rod) under the same conditions as the measurement data obtained during experiments, which can be difficult to acquire within limited beam time. The interpolation conditions allow for the selection of methods (spline interpolation/Lagrange interpolation) and the specification of degrees, utilizing the Manyo library, which is the analytical environment foundation software for MLF. 【Overview of Achievements】 ■ Service: Software Development ■ Client: Japan Atomic Energy Agency ■ Location: J-PARC MLF BL11 *For more details, please refer to the related link page or feel free to contact us.

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

Tschues is software that analyzes and visualizes measured data at BL11. It performs data reduction of measurement data and correction processing using adjusted sample data, and outputs files for Z-Rietveld and GSAS software. It utilizes the analysis environment foundation software Manyo and Utsusemi. 【Overview of Achievements】 ■ Service: Software Development ■ Client: Japan Atomic Energy Agency ■ Location: J-PARC MLF BL11 *For more details, please refer to the related links page or feel free to contact us.

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

The data analysis GUI software is a front-end web application that performs image processing and analysis of measurement data. It converts measurement data into Multipage TIFF images and executes visualization in a web browser. It creates processing sequences for operations between images and normalization of images, applying them to the images. Additionally, it provides image reconstruction functionality for CT and data conversion features for other analysis software, and it integrates with IROHA2, the standard device control software framework for MLF. 【Overview of Achievements】 ■ Service: Software Development ■ Client: Neutron Science Center, National Institute of Quantum and Radiological Science and Technology ■ Location: J-PARC MLF BL22 *For more details, please refer to the related links page or feel free to contact us.

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

MatTexture is software for conducting aggregate structure analysis at MLF's BL20. Event data specified for each virtual bank within the designated PSD range and pixel range is time-slice reduced to create histograms. Using vanadium data, empty data, and cell data, wavelength-dependent incident neutron intensity corrections are performed, utilizing the Manyo library, which is the analytical environment foundation software for MLF. 【Overview of Achievements】 ■ Service: Software Development ■ Client: Tsukuba University ■ Location: J-PARC MLF BL20 *For more details, please refer to the related link page or feel free to contact us.

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

The PSD Visualizer is an analysis software that allows you to check the differences in flight time for each detector position and the differences in peak intensity based on location within the detector bank. It can plot graphs of three-dimensional data of position (X, Y) and flight time (TOF) by selecting ranges and axes to extract arbitrary two-dimensional data. You can understand the shifts in position due to detector replacement or aging, and verify the validity of the parameters for the positional information used in the analysis. It utilizes the Manyo library, which is the software foundation for the MLF analysis environment. 【Overview of Achievements】 ■ Service: Software Development ■ Client: Ibaraki University ■ Location: J-PARC MLF BL20 *For more details, please refer to the related links page or feel free to contact us.

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

DAQ Middleware is a software framework developed at KEK for easily building data collection software in a network-distributed environment. Bee Beans Technologies has been collaborating on DAQ Middleware research since its inception, assisting with the maintenance and new development of components developed for the J-PARC Material and Life Science Experimental Facility (MLF). In the collaborative research, we have provided feedback on the development results from large-scale experimental facilities, contributing to the quality improvement of the core modules of DAQ Middleware. [Case Overview] ■ Service: Software Development ■ Client: KEK *For more details, please refer to the related links page or feel free to contact us.

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

KEK Neutron Science Division (KENS) has a contract with the DAQ group for system support. We mainly provide system support for electronics, software, and computers used at the Material and Life Science Experimental Facility (MLF). [Overview of Achievements] ■ Services: Software development, hardware development, experimental support ■ Client: KEK ■ Location: J-PARC MLF *For more details, please refer to the related links page or feel free to contact us.

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

At the University of Tokyo's Earthquake Research Institute, research is being conducted to visualize the interior of volcanoes using cosmic ray muons. Bee Beans Technologies has been assisting with the development of readout boards and Data Acquisition (DAQ) software since its inception, and we also provide on-site system support. [Overview of Achievements] ■ Services: Software development, hardware development, experimental support ■ Client: University of Tokyo Earthquake Research Institute ■ Locations: Sakurajima, Itoigawa, Kirishima, Usu, etc. *For more details, please refer to the related links page or feel free to contact us.

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

The BL12 high-resolution chopper spectrometer at the J-PARC Material and Life Science Experimental Facility is a spectrometer jointly developed by the High Energy Accelerator Research Organization and the University of Tokyo. It is a neutron inelastic scattering device that measures elementary excitations such as magnetic excitations and lattice vibrations of materials using relatively high-energy neutrons with high resolution. Bee Beans Technologies has been assisting with the HRC system construction since 2010. In addition to server selection and network construction, we have developed experimental control software, visualization software, and log visualization servers. 【Overview of Achievements】 ■ Service: Software Development ■ Clients: KEK, University of Tokyo Institute of Solid State Physics ■ Location: J-PARC MLF BL12 *For more details, please refer to the related links page or feel free to contact us.

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

This is an introduction to our achievements in software development support at the Materials and Life Science Experimental Facility (MLF) of J-PARC. At the KEK beamline BL09 (SPICA) group, experiments are conducted using a powder neutron diffraction apparatus, and our company is responsible for development support. We provide support to ensure that experiments at the beamline proceed smoothly. 【Overview of Achievements】 ■ Services: Software development, experimental support ■ Client: KEK ■ Location: J-PARC MLF BL09 *For more details, please refer to the related links page or feel free to contact us.

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

We have designed a case for discharge experiments for Kinki University. To investigate the discharge behavior under conditions where moisture is supplied, we have used acrylic to allow for internal observation. To ensure the airtightness of the chamber, we have used O-rings, and the structure is designed to be separable at the top and bottom to allow for the replacement of the Mylar sheet that permits moisture passage. 【Overview of Achievements】 ■ Service: Hardware Development ■ Client: Kinki University *For more details, please refer to the related link page or feel free to contact us.

• Other embedded systems (software and hardware)
• Embedded system design service

We assisted with KEK's FPIX project. This is a substrate developed in the measurement instrument development room to collect signals from a Si-APD chip, where the signals are sampled at 0.5 ns by an FPGA and histogrammed within the FPGA. The created histogram is transferred to a PC via SiTCP. To efficiently dissipate heat from components like the FPGA, most of the components are placed on the underside, and a heat-dissipating aluminum block is structured on the bottom. 【Overview of Achievements】 ■ Service: Hardware Development ■ Client: High Energy Accelerator Research Organization ■ Location: KEK PF *For more details, please refer to the related link page or feel free to contact us.

• Other embedded systems (software and hardware)
• Embedded system design service

BeeBeans Technologies, Inc. was established as a venture of the High Energy Accelerator Research Organization and has been providing various measurement instruments and analysis software. We undertake the design of electronic circuits using FPGAs, as well as the development of control and analysis software. Additionally, we supply hardware TCP that supports high-capacity data transmission and reception. Please leave the design and development of hardware TCP and software to us. 【Business Activities】 ■ Sales and implementation support of experimental devices developed at research institutions and universities ■ Preparation, execution, and data processing support for various experiments through on-site presence at client locations ■ Design and production of monitoring, control, and analysis software, as well as web applications ■ Design and production of analog and digital electronic circuits ■ Design and production of FPGA logic circuits *For more details, please refer to the PDF document or feel free to contact us.

• Software (middle, driver, security, etc.)
• Embedded system design service
• Analysis Services

We have extensive experience in software development primarily in the field of particle physics experiments, including large-scale high-energy and nuclear-related facilities, as well as universities and research institutions across the country. 〇 Development Examples - Analysis of large structures using cosmic rays [Muon Radiography] Developed for the Earthquake Research Institute, University of Tokyo - Powder diffraction for J-PARC PLANET [nvaSqHP] Developed for JAEA using wxPython and Manyo lib. - Control and diffraction of neutron inelastic scattering devices [HRC Softwares] Developed since 2010 for a joint project between KEK and the University of Tokyo 〇 Other services we can provide Various server/client software, control/analysis/visualization (imaging)/GUI creation/system and network construction/data acquisition (DAQ) software, etc. 〇 Technical Elements - Development Languages C/C#/Python (wxPython, Matplotlib, Numpy)/JavaScript, etc. - Platforms Linux/UNIX/Mac OS X/Windows, etc. *Please feel free to contact us for more details.

• others

We mainly handle circuit board design and manufacturing, logic circuit design, and mechanical design and manufacturing. 【Development Examples】 - P-THIN-GEM A neutron detector capable of measuring two-dimensional images of materials using neutrons and TOF (Time-Of-Flight) information. - 8ch-5Gsps-Digitizer Writes analog signals to analog memory at speeds of up to 5Gsps. - BRoaD III A module that facilitates the verification of signal logic, input switching, and comparison of outputs from multiple logic circuits. - ADC-SiTCP An ADC board capable of digitizing 16-channel balanced analog inputs at 40Msps. - Acrylic chamber for moisture supply A discharge experiment case for Kinki University. An acrylic case that allows observation of discharges while supplying moisture. ★ We specialize in circuit design using FPGA (VeriLog) and the development of devices incorporating hardware TCP. *For more details, please feel free to contact us.

• Other electronic measuring instruments

This is an introduction to our FPGA TCP/IP library, 'SiTCP.' The transfer speed is approximately 90% of the TCP data rate, enabling easy high-speed data transfer between FPGA and PC. It supports UDP access for FPGA register configuration. This product contributes to stable measurements in scientific experiments that require large-volume data transfer. 【Features】 ■ Transfer speed is approximately 90% of the TCP data rate ■ Easy data transfer through a procedure for writing to FIFO ■ Supports UDP access for FPGA register configuration ■ Development support with SiTCP utility ・IP address configuration, register configuration, TCP/IP transfer data verification *For more details, please refer to the PDF document or feel free to contact us.

• others

The "8ch-5Gsps-Digitizer BBTX-112" allows for selectable writing speeds to analog of 1Gsps, 2Gsps, 3.33Gsps, and 5Gsps. This product comes with control software as well as software for measuring and visualizing charge (Q), voltage (V), and time (T) required for radiation physics experiments. 【Hardware Specifications】 ■ 8-channel analog input: SMB connector (-62mV to +198mV, equivalent input range at 50Ω termination: ±125mV) ■ Sampling rate: 1Gsps, 2Gsps, 3.33Gsps, 5Gsps ■ Trigger input: LEMO connector (2Ch) *FastNIM level ■ Ethernet: RJ45 connector (1ch) *1000BASE-T ■ Power supply: ±3.3V±5%, 1.1A/0.3A (typ) *For more details, please refer to the PDF document or feel free to contact us.

• others

The "16ch-1Gsps-Digitizer" writes 16 channels of analog signals input via SMB connectors to high-speed analog ring memory. When the trigger condition is met, it stops writing to the analog memory, performs A/D conversion while reading the written data, and has the functionality to send the results via SiTCP. 【Features】 ■ High-speed writing of 16 channels of analog signals to analog ring memory ■ Writing speeds to analog memory can be selected as 1Gsps, 2Gsps, 3.33Gsps, or 5Gsps ■ Comes with control software ■ Easy to use *For more details, please refer to the PDF documentation or feel free to contact us.

• Other machine elements

"BRoaD" is a system that easily generates and synthesizes logic signals in an experimental environment. Traditionally, systems were assembled by connecting NIM power supplies, gate modules, multi-logic modules, delay modules, etc., with LEMO cables, but this can now be easily constructed with just this one unit. 【Features】 ■ Easily generates and synthesizes logic signals in an experimental environment ■ Can be easily constructed with just one unit ■ Signals are processed with a sampling rate of 200MHz ■ Has a jitter of 5ns ■ Time resolution is 5ns *For more details, please refer to the PDF document or feel free to contact us.

• Other machine elements

The 『BRoaD III』 is a NIM 1-width module that easily generates, synthesizes, and distributes various logic signals in research settings. It can be powered from a NIM bin, and it can also operate independently on AC100V. It features general-purpose 50Ω: 8 inputs, FastNIM standard: 8 outputs, and LVTTL standard: 8 outputs with LEMO connectors, processing signals at a 1GHz sampling rate. 【Features】 ■ Easily verify signal processing logic, switch inputs, and compare outputs of multiple logic circuits. ■ Created logic can be saved on a PC. ■ Multiple logic configurations can be reused. ■ The product can be placed remotely to set, change, or measure logic settings from a distance. ■ Up to 16 types of logic can be stored in the internal ROM of the device. *For more details, please download the PDF or feel free to contact us.

• Other electronic parts
• Other power sources

The "P-THIN-GEM BBTX-098" is a neutron radiation detector that can measure two-dimensional images of materials using neutrons and Time-Of-Flight (TOF) information. Incoming neutrons are converted into charged particles by a layer of 10B (boron-10 isotope) coated on the surface of the cathode plate, and then amplified tens of thousands of times by the GEM layer. This signal is processed by a readout board to determine coordinates and measure TOF, and is transferred to a PC using SiTCP. 【Features】 ■ Measures two-dimensional images of materials using neutrons and TOF (Time-Of-Flight) information ■ Can also be handled with the readout board alone *For more details, please request documentation or view the PDF data available for download.

• Other electronic parts
• Other power sources

The "VME-GbE Mode2 BBT-002-2" is a VME-master module for controlling the VME bus via Ethernet. It allows access to VME slave modules inserted in the same crate as this module through Ethernet. Since there is no protocol conversion section by a CPU on this board, there is no overhead from the CPU, operating system, or application software, enabling high-speed data communication compared to network data transfer with a standard VME master board. *For more details, please refer to the PDF document or feel free to contact us.*

• Other electronic parts
• Other semiconductors

The "ADC-SiTCP V2" is an ADC board capable of digitizing 16-channel balanced analog inputs at a maximum of 80MSPS. Signals converted at high speed by a 12-bit ADC are measured at the timing from two LEMO connectors and output via "100BASE-TX." Since data taking using Ethernet is possible, a compact DAQ system can be configured with a PC and this board. 【Features】 ■ Compact design of 90x120mm ■ 100BASE-TX/10BASE-T Ethernet ■ ADC with a maximum of 80MSPS (standard 40MSPS) ■ Data taking using Ethernet is possible ■ Control of the analog board is also possible from this board *For more details, please refer to the PDF materials or feel free to contact us.

• Other machine elements

The "SOY2 BBT-022" is a general-purpose SiTCP board equipped with a Xilinx 7 series FPGA (Spartan-7). It can be used as an evaluation board for SiTCP, and it is shape-compatible with the "BBT-006 SOY-100M," allowing it to be mounted on your device, enabling gigabit Ethernet communication. Additionally, this product supports FPGA customization. Please feel free to contact us. 【Features】 ■ Capable of transferring large volumes of data reliably over TCP ■ Transfer speed is approximately 90% of the TCP data rate ■ Implements a configuration protocol using UDP for register access ■ Settings such as IP address and TCP/UDP port numbers can be configured using a utility ■ Firmware can be downloaded via Ethernet without using the Xilinx Platform Cable USB II *For more details, please refer to the PDF documentation or feel free to contact us.

• Embedded Board Computers

The "SOY2-D1" is a daughterboard for expanding the functionality of the separately sold "SOY2 (BBT-022)." By connecting to the "SOY2," it enables the acquisition of data collection methods and simple data collection. Additionally, it is equipped with various features to assist users in debugging. 【Features】 ■ Analog-Digital Conversion - Equipped with 2 channels of ADC. Simultaneous sampling at 1MSPS and 12 bits is possible. ■ Digital-Analog Conversion - Equipped with 4 channels of DAC. Outputs from 0 to 2.048V with a resolution of 12 bits. ■ Comparator (TTL Input) - 4 channels of comparators with a wide power input range. - Besides being used as a normal comparator, it can also be used as a TTL input by adding additional resistors. *For more details, please refer to the PDF document or feel free to contact us.

• Other machine elements

The "MPPC Read Out Unit" is a unit that performs calculations and synthesis of signals detected by the MPPC internally, allowing for efficient readout. This unit can apply bias voltage to the MPPC, amplify signals, digitize signals, handle coincidences, and perform data taking via SiTCP all in one device. It also supports external clocks, enabling the use of multiple units for large-scale MPPC detection. 【Features】 ■ Processes 200 channels of input signals with a single unit ■ Supplies bias voltage to the MPPC ■ Control of supply voltage can be done every 2 channels ■ TCP/IP output via SiTCP ■ Collaboration of multiple units allows for processing with more channels *For more details, please refer to the PDF documentation or feel free to contact us.

• Other machine elements

The "MUNG2012" is a unit that performs calculations and synthesis of signals detected by the PMT internally in the device, allowing for efficient readout. It can handle signal amplification, signal digitization, coincidence, and data taking via SiTCP all with this single unit. It also supports external clocks, enabling the use of multiple units for large-scale PMT detection. 【Features】 - Performs calculations and synthesis of signals detected by the PMT internally for efficient readout - Capable of data taking with this single unit - Supports external clocks - Usable for large-scale PMT detection - This board is manufactured under a license from the High Energy Accelerator Research Organization *For more details, please refer to the PDF documentation or feel free to contact us.

• Other machine elements

"MUNG" is a module developed for efficiently conducting transmission observations of large structures using MUON. It can accept up to 46 input signals from a single electronic multiplier tube and converts them into a data format that allows for general-purpose reading within the device. It is equipped with synchronization inputs, enabling collaboration between multiple reading systems. 【Features】 ■ Up to 46 channels of signal input ■ 2 channels (T0, clock) of synchronization signal input ■ Readable with simple programming ■ Available in a dustproof case or as a standalone circuit board product ■ This circuit board is manufactured under a license from the High Energy Accelerator Research Organization *For more details, please refer to the PDF materials or feel free to contact us.

• Other machine elements

The "NIM Distributor V2" is a device that efficiently and accurately generates and distributes various synchronization signals. The NIM-level signals generated within this device are accurately distributed and output from four output ports. Additionally, the timing signals (T0 signals) generated by the switch are output simultaneously from the T0 port, allowing synchronization signals to be supplied to multiple devices at any desired timing. 【Features】 ■ 4-channel T0 generation and output ■ 4-channel clock output ■ Efficient and accurate generation and distribution of various synchronization signals ■ Built-in high-speed FPGA ■ Custom signal shaping available upon request at the time of shipment *For more details, please refer to the PDF document or feel free to contact us.

• Other machine elements
• Other network tools

Traditionally, "GPIB devices" used in laboratories required a dedicated control PC next to the equipment. By connecting this "SOY-GPIB" to GPIB devices, you can control GPIB devices from the network. It is equipped with SiTCP, a hardware TCP, enabling stable communication. 【Features】 ■ Easy networking of GPIB devices ■ Simply connect by setting the IP address ■ Stable communication with SiTCP *For more details, please refer to the PDF document or feel free to contact us.

• Other machine elements

The "SOY-RS232C" revives the "RS-232/C" interface measurement devices that have been relegated to a corner of the laboratory. By connecting this product, even old measurement devices can be controlled via Ethernet, enabling stable communication. The setup is very simple: just set the IP address of the product, choose the connection port, and connect with a cable, allowing you to use it in just three steps. 【Features】 ■ Easily network RS232/C devices ■ Just set the IP address and connect ■ Stable communication with SiTCP ■ Very easy to set up ■ Usable in just three steps *For more details, please refer to the PDF document or feel free to contact us.

• Other machine elements