The largest Stratix V board is the DE5-NET, which is essentially a superset of the TR5-Lite.

Joining the ranks of the Terasic DE2 series kits, the standard-height 3/4-length DE5-NET includes four SFP+ interfaces, two independent 800MHz DDR3-SODIMM slots, four independent QDRII+ SRAM chips, high-speed 256MB flash, and four SATA ports.

Stratix V transceivers allow for PCIe Gen 3 and SATA Gen 3 communication.

For customers looking for a smaller FPGA density and more flexibillity, the TR5-F40W is also available.

At standard-height and half-length, the TR5-F40W features a Stratix V GX FPGA with 340K logic elements, high-speed PCIe communication, four SFP+ communication ports, SATA ports and an expandable HSMC ports.

Stratix V transceivers allow for PCIe Gen 3 communication.

The TR5-Lite is a half-length low-profile board, which is the smallest version of the Stratix V series kits, sports dual external 10 G SFP+ modules, and memory options including two independent banks of 2GB DDR3 RAM, four independent banks of 32MB QDRII+, high-speed parallel 256MB flash memory, and a SATA port. Stratix V transceivers allow for PCIe Gen 3 and SATA Gen 3 communication.

The slim form-factor package package also allows the TR5-Lite to be utilized in stringent server sizes.

The TFE-3000-48-P-BM-25 is intended to provide 3000 watts of highly reliable DC power, in a low profile 1U compatible module designed for high power density architecture applications utilizing distributed power.

The module is available in an industry standard 48VDC (adjustable over a wider range) configured for deployment in “Customer Specific” applications or associated Tectrol power shelf.

The form factor allows integration of up to 4 parallel or N+1 redundant modules in a standard 84 HP width 19” 1U rack.

Hot swap capability is implemented through the use of an industry standard connector that integrates both AC source; DC output & signal I/O in a single true “blind mate” configuration.

The TECTROL TC21M Power Brick offers a selection of programmable output voltages providing the flexibility to
adapt to multiple application requirements in the Medical, Internet Telephony Equipment and Communications
industries.

The TC21M provides 35 Watts of highly reliable DC power with an output voltage varying from 5 to 59 VDC. The
actual output voltage is user-selectable by matching the TC21M with the appropriate TECTROL Smart Cable.
The TC21M utilizes an impact resistant enclosure material for maximum durability and presents a standard IEC inlet
socket and D-Sub output connector.

The TFE-1000-54 is a 1000 watt, 54V Front End power supply designed in a 1U horizontal or 2U vertical package
for integration in a mating power shelf or directly into the end application.  
The power supply includes secondary isolation from chassis >1500V suitable for PoE applications. 

The supply features Universal AC input with Active PFC and I2C Interface for advanced status andcontrol functions.

The TFE-850 is a high-density Switching Power Supply capable of 850 Watts of 12V power in a small 11.00 x 3.30 x 1.60” for mounting in either a 1U or 2U chassis.  

The supply has integral Isolation and blind mate connections for Hot-Swap Redundant Operation. Front-panel fans, LED indicators and a full complement of analog and Digital I2C status and control signals make this supply ideal for a broad range of data communication and storage devices.

The DE4 Development Board provides the ideal hardware platform for system designs which requires high-performance,advanced memory interfacing and serial connectivity. Developed specifically to address the rapidly evolving demands in many end markets for greater bandwidth,improved jitter performance and lower power consumption.

The evaluation of transceiver performance for jitter, protocol compliance, and equalization on the DE4, exceeded the Stratix IV GX performance standard with transceivers operating at 10 Gbps on SATA and HSMC interfaces!

The DE4 is powered by the Stratix® IV GX device and supported by industry-standard peripherals, connectors and interfaces that offer a rich set of features that is suitable for a wide range of compute-intensive applications.

Altera's DE2 Development and Education board target is to provide the ideal vehicle for advanced design prototyping in the multimedia, storage, and networking.
It uses the state-of-the-art technology in both hardware and CAD tools to expose designers to a wide range of topics. The board provides a rich set of features which make it suitable for use in a laboratory environment for university and college courses, for a variety of design projects, as well as for the development of sophisticated digital systems. Altera offers a suite of supporting materials for the DE2 board, including tutorials, "ready-to-teach" laboratory exercises, and illustrative demonstrations.

The DE0-Nano board introduces a compact-sized FPGA development platform suited for prototyping circuit designs such as robots and "portable" projects. The board is designed to be used in the simplest possible implementation targeting the Cyclone IV device up to 22,320 LEs.

The DE0-Nano has a collection of interfaces including two external GPIO headers to extend designs beyond the DE0-Nano board, on-board memory devices including SDRAM and EEPROM for larger data storage and frame buffering, as well as general user peripheral with LEDs and push-buttons.

TECTROL 48 VOLT 1U POWER SHELF FOR TCP1U-800 FAMILY

FEATURES & BENEFITS
• Configured as dual “A” & “B” output channels
• Two power modules per channels
• 2+2 redundancy; security of AC I/P & DC O/P
• Individual (one per module) IEC Inlets
• Rear mount dual stud assemblies for output connections
• High efficiency; 90% 230VAC; 25% TO 100% FL
• Active ISHARE can be extended to parallel shelves
• Integral Isolation Devices provided in power modules
• Enhanced I2C command; control; monitoring
• Single “combined” connector per module
• Optional Fan Speed Control (FSC) & airflow direction

EMISSIONS AND IMMUNITIES
• Emissions – FCC/EN/CISPR Class A
• Emissions – Harmonic; EN 61000-3-2 (Class A Limits)
• EN 61000-3-2 Class A limits
• Susceptibility - EN 61000-4

The DE1 series is powered by Altera Cyclone® II 2C20 FPGA in a 484-pin package known as Cyclone II starter Kit. 

The board includes set of supporting materials for the DE1 board, including tutorials, "ready-to-teach" laboratory exercises and illustrativedemonstrations for use in digital logic and computer organization courses. 

The DE1 Software support consists of the Quartus® II Computer Aided-Design software, Nios II soft processor, and simulation tools. 

The DE1 is a member of Altera’s University Program, the product is offered at a special price for Academic purposes. 

The DE2 series has consistently been at the forefront of educational development boards by distinguishing itself with variety of interfaces to accommodate various application needs.

Responding to increased versatile  low-cost spectrum needs driven by the demand for mobile video, voice, data access, and the hunger for high-quality images, the new DE2-115 offers an optimal balance of low cost, low power and a rich supply of logic, memory and DSP capabilities.

The Cyclone IV E (EP4CE115) device equipped on the DE2-115 features 114,480 logic elements (LEs), the largest offered in the Cyclone IV E series, 266 multipliers and up to 3.9-Mbits of RAM Memory. In addition, it delivers excellent combination of low cost and functionality, and lower power compared to previous generation Cyclone devices.

The DE2-115 adopts similar features from the earlier DE2 series primarily the DE2-70, as well as additional interfaces to support mainstream protocols including Gigabit Ethernet (GbE). A High-Speed Mezzanine Card (HSMC) connector is provided to support additional functionality and connectivity via HSMC daughter cards and cables.

For large-scale ASIC prototype development, a connection can be made with two or more FPGA-based boards by means of a HSMC cable through the HSMC connector.

The TECTROL TCPR-1U is a bulk power system that is configurable, and can be customized

easily to meet a widerange of power output requirements.

The TCPR-1U can support the deployment of up to 3 TCP1U front-end power supplies to

provide upto 4500 watts of DC power which is highly reliable, in a slim 1U profile.

Its flexible feature set and slim profile make the TCPR-1U an excellent choice for low profile

cabinets and racks that demand high power density with minimum intrusion from power supplies.

The TCPR-1U offers both DC and AC redundancy to deliver reliable support for applications

that are mission critical. 

To each module, Separate IEC inlets are provided for AC supply redundancy. By configuring

the TCP1R for N+1 module redundancy, DC back up is achieved.

Through an integral backplane assembly that interconnects the power modules to the high

current DC bus connection plates, hot swap capability is implemented.

To meet application-specific needs, optional digital interfaces such as I²C can be configured

on the TCPR.

The TECTROL TCPR-2U is a bulk power system that can be configured, and in order to meet a wide range of power output requirements - can be easily customized.

The TCPR-2U supports the deployment of 2 TCP2U frontend power supplies, in a slim 2U profile, to provide up to 5000 watts of highly reliable DC power.

Its flexible feature set and compact form factor make the TCPR-2U an excellent choice for low profile cabinets and racks that require high power density and minimum power supply 

The TCPR-2U offers both DC and AC redundancy to deliver reliable support for mission critical applications.

DC back up is achieved by configuring the TCP2R for N+1 module redundancy. Separate IEC inlets are provided to each module for AC supply redundancy.

Through the integral backplane assembly, hot swap capability is implemented, that interconnects the power modules to the high current DC bus connection plates.

To meet application-specific needs, optional digital interfaces such as I²C can be configured on the TCPR.

The TECTROL TCPR-3U is a telecommunications power system that can be easily configured and customized to meet a wide range of requirements for power output.

The TCPR-3U supports the deployment of up to 4 TCR rectifier power modules to provide up to 5400 watts of highly reliable DC power in a 3U profile.

Its compact form factor and flexible feature set make the TCPR-3U an excellent choice for low profile racks and cabinets that require high power density and minimum power supply (AC-DC e.g. AC to DC) intrusion.

N+1 power module redundancy ensures maximum reliability for mission critical applications.

Hot swap capability of the rectifier modules is provided via an integral backplane assembly that interconnects the power modules to the high current DC bus bars. An optional “blind mate” version of the system is also available.

The TCPR-3U includes integral battery management as a standard feature with both a microcontroller and Low Voltage Battery disconnect breaker.

The TFE-600-48 is a 600 watt, 48V Front End power supply (AC-DC e.g. AC to DC) designed in a

1U horizontal or 2U vertical package for integration in a mating power shelf or directly into the end application. The power supply (AC-DC e.g. AC to DC) includes secondary isolation

from chassis >1500V suitable for PoE applications. he supply features Universal AC input with Active PFC and I²C Interface for advanced status and control functions.     

The TFE-800-48 is an 800 watt, 48V Front End power supply (AC-DC e.g. AC to DC) designed in a 1U horizontal or 2U vertical package  for integration in a mating power shelf or directly into the end application. The power supply (AC-DC e.g. AC to DC) includes secondary isolation from chassis >1500V suitable for PoE applications.  The supply features Universal AC input with Active PFC and I²C Interface for advanced status and control functions.

The TF112 is a combination of a 7 port IEEE1149.1 (JTAG) multiplexer with addressable multidrop capability. As a multiplexer, in order to simplify and accelerate programming and test and debug sequences, 7 local ports allow partitioning of scan chains. Optional ICs or daughter cards are easily handled with dedicated scan chains. Local chains can be selected in combination or individually as required.

What allows operation on a backplane with other TF112s or similar addressable devices, is the addressable multi-drop capability. 8 address pins are used to set the unique device address.  You can accomplish addressing the device by loading the instruction register with a value matching the address pins. The backplane port and one of the local ports are bi-directional and may be set as slave or master. This enables multi-master operation. It is also function compatible with (NSC) P/N SCANSTA112.

 The TF90LVDS047 is a 400 Mbps Quad LVDS (low voltage differential signaling) Line Driver optimized for high-speed, low power, low noise transmission over controlled impedance (approximately 100W) transmission media (e.g. cables, printed circuit board traces, backplanes). The TF90LVDS047 accepts four LVCMOS / LVTTL signals and

  The USB-Blaster™ download cable interfaces a USB port on a host computer to an Altera® FPGA mounted on a PCB (Printed Circuit Board). The cable sends configuration data from the host computer to a standard 10-pin header connected to Altera's FPGA. The USB-Blaster cable can be used to iteratively download configuration data to a system during prototyping and to program data into the system during production phase.      

The Terasic Multi-touch LCD Module (MTL) is an all-purpose capacitive touch-screen for FPGA applications and provides multi-touch gesture and single-touch support. An IDE cable with an IDE to GPIO adapter (ITG) is used to interface with various Terasic FPGA development boards through a 2x20 GPIO interface on the MTL.

The kit provides everything you need to develop multimedia applications using a digital multi-touch panel and includes complete reference designs and source code for implementing a photo viewer demonstration and a color painter.