MORE THAN 40 YEARS OF EXPERIENCE
Customer first approach
Using this customer first approach, TEWS has developed a large number of standard and custom products for applications in industrial control, telecommunication infrastructure, medical equipment, traffic control and COTS. TEWS line of embedded I/O solutions is available worldwide through a global network of distributors.
Featured Products
TXMC637
Reconfigurable FPGA with 16x Analog Input 8x Analog Output and 32x Digital I/O
- Standard XMC Module
- User configurable FPGA (AMD Artix™ 7)
- DDR3 SDRAM bank, 256M x 16 bit (512 MB)
- 32 channels 16 bit ADC
- Offering single-ended and differential mode
- Programmable input voltage
- Conversion time: up to 1.1 µs
- Sampling rate up to 1 Msps
- 8 channels single-ended analog output
- 16 bit resolution
- Programmable output voltage: ±10 V, ±5.0 V or ±2.5 V
- Full scale settling time: typ.1 µs
- 32 digital TTL compatible I/O lines
- 16 lines optional configurable as differential RS422 interface
- P14/P16 Rear I/O lines
- 64 single ended or 32 differential rear I/O lines on a rear XMC 64 pin P14 connector
- 4 FPGA Multi-Gigabit-Transceiver on a rear XMC P16 connector
TPMC543
Analog Current & High-Voltage Input Channels, Analog Voltage/Current Output Channels and Digital LVTTL/TTL I/O Channels
- Standard single-width PMC module
- 8 differential bipolar analog current input channels
- 16 (single-ended) or 8 (differential) bipolar analog high-voltage input channels
- 8 analog output channels (single-ended, simultaneous update, bipolar & unipolar ranges)
- 8 ESD protected digital LVTTL/TTL I/O channels
- AD/DA DMA support
- AD/DA Factory calibration data available via EEPROM
- AD/DA Analog I/O hardware correction function available
- External synchronization option via P14 I/O
TPMC321
Conduction cooled 64 Digital TTL I/O / 32 Differential I/O
- Conduction cooled single-width 32 bit PMC module
- 64 Bit I/O – TTL signaling voltage level or 32 Differential Bit I/O – EIA-485 or 32 Differential Bit I/O – M-LVDS
- ESD protection
- Rear-IO via P14
- Individually programmable I/O lines (direction, pullup/pulldown)
- Input events can generated interrupts individually for each channel
TPMC863
4 Channel High Speed Synch/Asynch Serial Interface
- Standard single-width 32 bit PMC module
- 4 channels high speed serial data communication
- A wide range of I/O interfaces individually programmable for each channel
- Several communication protocols
- asynchronous (with oversampling)
- isochronous
- HDLC
- 512 longword FIFO (512 x 32 bit) per channel
- DMA support
- Different signal encodings (NRZ, NRZI, FM0, FM1 and Manchester)
- Multiple clock sources (for a wide bitrate spectrum)
- Front panel I/O via HD68 SCSI-3 type connector
- Rear I/O via P14
TXMC590
16 Channel Thermo-/Strain-Measurement XMC
- Standard Single width XMC module
- 16 independent measurement channels
- Differential analog input
- Differential sensor excitation output
- Each channel is seperately configurable
- Supports thermocouple measurements
- Supported cold junction temperature sensors
- A second channel
- An onboard I2C temperature sensor
- An external I2C temperature sensor
- Supports measurement by resistive sensors and thermistors
- Supports strain gauges
- Quarter-, half- and full bridges are supported
- Front panel I/O (3M Mini D Ribbon connector, 68 pol.)
TPMC395
Conduction Cooled, 4 Channel 1000BASE-T Ethernet
- Conduction cooled single-width 64 bit PMC module
- 4 channel 1000BASE-T / 100BASE-TX / 10BASE-T
- PXE and iSCSI boot (16 Mbit serial flash)
- Capable to perform auto negotiation algorithm for best link parameters
- IEEE 1588/802.1AS Precision Time Protocol (PTP) and IEEE 802.1Qav Audio/Video Bridging (AVB) traffic shaping
- Rear I/O
Latest News
TEWS Technologies’ Advanced FPGA Solution Empowers a Range of Digital and Analog Applications
TEWS Technologies, a leader in designing and building turn-key, embedded interface solutions, unveiled its latest innovative FPGA solution, the TXMC637. A standard single-width Switched Mezzanine Card (XMC) compatible module, it introduces unparalleled adaptability for digital and analog applications. This groundbreaking module will transform complex industrial processes, ensuring a high level of precision, speed, and adaptability in managing them.
TEWS Technologies Introduces High-Density Simulation PMC with 8 Analog Current Inputs, 16/8 Analog High-Voltage Inputs, 8 Analog Voltage/Current Outputs and 8 Digital LVTTL/TTL I/O
TEWS Technologies adds to its high-density embedded I/O product line with the introduction of the TPMC543, a standard 32-bit 33MHz single-wide PCI Mezzanine Card (PMC) module optimized for simulation applications and industrial control, traffic control and COTS requirements. The TPMC543 offers high density channels with current inputs, current outputs, high-voltage inputs, and standard voltage outputs […]
TEWS Technologies Extends mPCIe Module Family Into Communications with FPGA-Based 3 Channel High Speed Synch/Asynch Serial Interface
TEWS extends its tradition of delivering high-density I/O solutions with the introduction of a synchronous/asynchronous standard full PCI Express Mini Card module with three high speed serial data communication channels. The TMPE863 is designed for data communications, LAN/WAN networking, traffic control, simulation, telecommunications, and COTS applications.
TEWS Technologies Introduces Extended Temperature High-Density Digital I/O Conduction Cooled PMC Module
TEWS adds to its already broad offering of conduction cooled PMCs with the release of the high-density 64 Digital TTL I/O or 32 Differential I/O TPMC321 module.
Laying of the foundation stone for new company headquarters
On Friday, 20th January 2023, TEWS Technologies GmbH celebrated laying the foundation stone for its new company headquarters at Eggerstedter Weg 14 in Pinneberg. A state-of-the-art new company headquarters will be built by the end of the year on the 6,700 m² site of the former Eggerstedt Barracks. The investment in this project is the […]
TEWS Technologies Launches New Website
We are pleased to announce the launch of our brand-new website with a fresh new look and feel. After a dedicated effort from our entire team, we are excited to officially announce the launch. Our goal with this new website is to provide our visitors with an easier way to learn about TEWS Technologies embedded […]