ナセル List of Products and Services

The TXM888 from TEWS is a 2-channel 10 Gigabit compatible NIC card in the XMC form factor. It is equipped with two SFP+ connectors.

The TXMC376 from TEWS is a serial card compatible with RS232/RS422/RS485, designed for the XMC form factor and condition cooling.

The TXMC465 from TEWS is a serial card compatible with RS232/RS422/RS485 in the XMC form factor.

The TXMC635 from TEWS uses a Xilinx FPGA in an XMC form factor. It has 48 TTL I/O, 32x16bit analog inputs, and 8x16bit analog outputs.

The TXMC633 from TEWS uses a Xilinx FPGA in an XMC form factor.

The TFMC900 from TEWS is a verification FMC mezzanine module ideal for development and manufacturing line use with AFSI/VITA57.1 FMC carriers.

The TAMC651 from TEWS features a user-definable Spartan-6 FPGA.

The μRTM for TAMC220 connects the I/O lines to three VHD68SCSI-V connectors on the front panel and to three 50-pin flat cables for internal connections and lab use.

TEWS's IP carrier card is a flexible and affordable I/O solution board that can be used for various applications such as process control, communication, and traffic control.

The IP (Industry Pack) module provides a CAN bus interface using the advanced IA82527 controller. The TIP816 supports a 16-bit bus interface that allows word and byte access to the internal registers of the CAN controller.

TEWS company's CAN bus controller is equipped with the Philips SJA1000 CAN controller. It has the capability to send and receive standard and extended messages, as well as message filtering functions.

The TEWS TPMC500 A/D converter has a data acquisition/conversion time of up to 10μs when there are no changes in channel/gain, and up to 12.5μs when there are changes in channel/gain.

The data measurement and conversion time of TEWS's TPMC501 is mode-dependent, achieving a maximum of 12μs without channel/gain changes and a maximum of 14.5μs with channel/gain changes.

The TPMC681 from TEWS can have its input, output, and tristate lines individually programmed.

The TEWS PMC671 is a single-width 32-bit PMC module with 16 (24V) digital inputs that are electrically isolated from the computer system by an optocoupler.

Tews Corporation's PMC offers long-term supply assurance, short delivery times, and over 20 years of experience in domestic sales. Additionally, it features a 5-year manufacturer warranty, and most products are compatible with extended temperature ranges.

The TPMC885 from TEWS supports full-duplex 10/100/1000Mbps and half-duplex 10/100Mbps.

The TPMC375 from TEWS can be individually programmed to operate serial channels as full-duplex or half-duplex interfaces of RS232, RS422, or RS485.

TEWS company's asynchronous serial interface supports RS232 and RS422 interfaces, and all modules are equipped with HD68 and P14 I/O on the front panel.

TEWS's TPMC463 series offers PMC modules with RJ-45 support and a combination of three different types of serial interfaces.

Tews' serial communication boards offer a variety of options to choose the most suitable board for your application, with channel counts ranging from 4 to 16 channels, synchronous/asynchronous operation, isolated/non-isolated configurations, conduction cooling, extended temperature ranges, and I/O connectors.

The TPMC150 from TEWS is a single-width 32-bit PMC module with 1 to 4 channels, featuring a tracking synchro/resolver with a conversion accuracy of 2 arc minutes + 1 LSB.

The TPMC550 from TEWS provides 8 channels of isolated 16-bit analog output. The settling time to 0.003% is typically 10μs. There is also a 4-channel version available.

The TEWS PMC554 is a single-width 32-bit PMC module with 16-bit analog output available in 32 or 16 channels.

The TCP270 from TEWS is a 3U compact PCI carrier equipped with front I/O and rear I/O for single-width PMD modules.

The TEWS company's 1-slot PMC carrier board can be used as a mechanical adapter to connect PMC modules to PCI bus-based systems.

The TCP261 from TEWS is hot-swappable. It features a built-in swap controller and PCI-to-PCI bridge, allowing for the attachment and detachment of the PMC carrier without powering down.

Abaco's reflective memory is an interface board for sharing memory in real-time between 2 to 256 systems. Data written to the RAM of a specific node is immediately reflected across the entire network. ■ Japanese technical documents for MIL-STD-1553 / ARINC 429 / AFDX are available. If you would like to see them, please contact sales@nacelle.co.jp ■

The PMCF3 from Abaco is ideal for storage of data logging, mission data, application code, and more. ■ Japanese technical documentation for MIL-STD-1553 / ARINC 429 / AFDX is available. If you would like to see it, please contact sales@nacelle.co.jp ■

PNT (Position/Navigation/Timing) cards optimized for defense applications. The PR A11/6sd-RCx provides resilient PNT data for sensor-based solutions used in electronic warfare and intelligence, surveillance, and reconnaissance applications. ■ Japanese technical documentation for OpenVPX and SOSA is available. If you would like to see it, please contact sales@nacelle.co.jp. Alternatively, it can also be downloaded from the catalog page.

Brandywine Communications' VME-SyncClock32 provides zero-delay high-precision time to the host computer via the VME bus. The onboard microprocessor automatically synchronizes the clock to the reference signal input. The reference signal inputs include 1 PPS, IRIG A or B, and NASA 36 time code. GPS and Have Quick inputs are available as options. The clock can free-run and can be set by commands from the host via the VME bus.

The VME635091-SYNCCLOCK from Brandywine Communications provides high-precision time and frequency references for host computers and peripheral data acquisition systems. The time is typically obtained from time code signals such as IRIG B and is displayed on the front panel's LED digits (hours, minutes, seconds). At the core of the module's operation is a disciplined 10MHz oscillator and a 100-nanosecond clock. The current time (in days to 100 nanoseconds) is accessible with zero delay via the bus, allowing for very fast time requests. It can be used as a replacement for the TTM635VME-91.

Brandywine Communications' PMC-SyncClock32 is a high-performance mezzanine card (PMC) module that provides accurate time to the host computer without delay. The onboard microprocessor automatically synchronizes the clock to the reference signal input. The reference signal inputs processed in the standard configuration of the PMC include IRIG A and B, NASA 36, and 1 PPS. Additionally, the clock can be set using commands from the host computer, and the onboard oscillator can be used as a time reference for free-running operation.

Brandywine Communications' XMC-SyncClock32 is a high-performance switched mezzanine card (XMC) module that provides accurate time to the host computer without delay. The onboard microprocessor automatically synchronizes the clock to the reference signal input. The reference signal inputs processed in the standard PMC configuration include IRIG A and B, NASA 36, and 1 PPS. Additionally, the clock can be set using commands from the host computer, and the onboard oscillator can be freely run using it as a time reference.

Brandywine Communications' CPCI-SyncClock32 provides accurate time to the host computer with zero latency via the cPCI bus. The onboard microprocessor automatically synchronizes the clock to the reference signal input. The reference signal input can be 1PPS, IRIG, or NASA time code, with optional GPS or HaveQuick. The clock can run freely and can be set by commands from the host via the cPCI bus. The onboard clock accepts IRIG A, B, or NASA36 inputs and accepts user-input reference signal delay information. An IRIGB code generator is also included.

The PMC66-SIO4BXR is a 4-channel serial interface card that provides high-speed, full-duplex, multi-protocol serial functionality for PMC applications. It combines a multi-protocol dual universal serial controller, deep external FIFO, and software-selectable multi-protocol transceivers to offer four completely independent synchronous/asynchronous serial channels. With these features and a high-performance 66MHz PCI interface engine, the PMC66-SIO4BXR delivers exceptional performance as a serial interface card.

TPMC851 combines 32 (single-ended) or 16 (differential) channels of 16-bit analog input, 8 channels of 16-bit analog output, 16 digital I/O lines, and 2 32-bit multifunction counters into a standard single-width PMC module. The 16-bit ADC converts 32 single-ended or 16 differential ADC inputs. The conversion time is up to 1.25µs without channel/gain change and up to 17.25µs with channel/gain change (the ADC throughput rate is up to 250ksps). The 32-bit multifunction counters offer three count modes and four control modes to define the operation of the counters.

The "VB Series" product line includes VME-compatible synchro/resolver converters and absolute encoder systems. These specific cards are ideal for rotary motion and related process, control, or simulator-type applications using VME-compatible systems. The VB series provides up to 8 channels of resolver or synchro conversion in a single-width, standard height 6U VME card. The VBE series resolver/encoder system features shaft angle position encoding for up to 6 axes, allowing for the selection of single-turn or multi-turn resolvers used as sensor inputs.

The PCIe-Synchro series consists of full-size PCIe-compliant synchro, resolver, and LVDT I/O cards used as absolute encoder systems. The PCIe-Synchro series converters provide up to 4 or 8 channels of isolated synchro/resolver, LVDT/RVDT, or absolute encoder interfaces on a single standard full-size PCIe card. They can be implemented on PCIe standard-compliant system boards using the full line of standard synchro/resolver input and output converters from Computer Conversions. Various types of converters can be mixed to minimize space. Versions with extended temperature ranges for industrial and military applications are also available.

The XMC series is an 8-channel synchro/resolver/LVDT/RVDT input card manufactured in an AS9100D certified facility and compliant with the VITA 42.3 PCIe for XMC specification. The eight input channels can be configured as single-speed synchro/resolver/LVDT/RVDT inputs. The four-channel multi-speed synchro/resolver functionality can be achieved using adjacent input pairs with multi-speed ratios ranging from 2 to 255. Our converters provide excellent tracking regardless of speed or acceleration. Each channel can accept a wide range of reference frequencies for either synchro or resolver inputs. Onboard synthesized references are implemented per channel, allowing for multiple simultaneous reference frequencies and automatic phase correction per channel, resulting in outstanding tracking characteristics. The data output per channel includes angle and speed, as well as diagnostic fault outputs (reference loss, signal loss, accuracy error, angle step error).

VPX is the latest embedded board standard developed by VITA, which also establishes VME and related standards. It is a standard with high environmental performance and reliability, and its adoption is progressing in defense and aerospace applications. This explanatory document will provide an overview of VPX, including its origins, various profiles (Slot profile, Backplane profile, Module profile, Chassis profile), and different planes (Utility Plane, Management Plane, Control Plane, Data Plane, Expansion Plane), along with illustrations.

CONCURRENT TECHNOLOGIES・Benefits of VMware Virtualization on Embedded Intel Xeon Processor Cards This document provides a comprehensive overview of the advantages of using virtual machines and explains why Concurrent Technologies offers support for common virtual machines, including VMware vSphere.

This is a crash-resistant memory module for flight data recorders. The Sentinel CSMU comes in two versions: a lightweight version, CSMU-ED155, and a more robust version, CSMU-ED112A, which is equipped with a 90-day underwater acoustic beacon to facilitate the location of the recorder underwater.

VITA48.8 Air Flow Through (AFT) Cooling Latest Trends in Cooling Technology for Defense Embedded Boards

NTP functionality with both server and client capabilities (RFC 5905) and optional support for PTP (IEEE 1588-2008). Commercial GNSS receivers (such as U-Blox), or secure SAASM M-Code GPS receiver data, external 1PPS UTC rollover reference clock, a reference clock with a maximum of 100MHz, and support for amplitude modulation (AM) or DC level shift AM (DCLS) IRIG input as synchronization means via VITA 67.3C backplane RF connectors.