BittWare recently announced today its second low-profile PCIe board—the A5-PCIe-S (A5PS). The new board is based on Altera’s Arria V GZ FPGA, which provides a high level of system integration and flexibility for I/O, routing, and processing. Thus, the A5PS is a reliable platform for a variety of applications (e.g., network processing, security, broadcast, and signals intelligence).
Featuring dual SFP+ cages that run up to 12.5 Gbps, the A5PS provides dual 10GigE ports using optical transceivers as well as passive copper cabling up to 7 m. These ports are serviced by the advanced 28-nm Arria V GZ FPGA, which also supports a Gen3 x8 PCIe interface and either 8-GB DDR3 or 36-MB QDRII+. Sophisticated time-stamping and synchronization options are supported by dual SMA connectors for interfacing to 1-PPS or 10-MHz reference clocks, in addition to the tunable on-board high accuracy, temperature compensated oscillator (TCXO). A comprehensive Board Management Controller (BMC) with host software support for advanced system monitoring is also provided.
The A5PS features and specifications include:
Altera Arria V GZ FPGA
PCIe x8 interface supporting Gen1, Gen2, or Gen3
Dual SFP+ cages for 2x 10GigE: Support for a wide range of optical transceiver; built-in low-latency active drivers/receivers for passive copper cables up to 7 m
Memory options (pick one): DDR3 (single 72-bit bank of up to 8 GBytes DDR3-1600 with ECC); QDRII+ (two 18-bit banks of up to 144 Mb each—288 Mb or 36 MB total)
Board Management Controller for Intelligent Platform Management
USB 2.0 for programming, debug, or control
Timestamping and synchronization support
Dual SMA for reference clock/synchronization inputs
Tunable high-accuracy TCXO
Programmable clock synthesizer (Si5338)
Complete software support with BittWare’s BittWorks II Toolkit
Broad range of IP offerings
10 GigE MAC
TCP/IP Offload Engines (TOE), UDP Offload Engines
The A5PS board currently costs $1,500 in 1000s for the A5PS with the Arria V GZ E1 with no external memory. Contact BittWare for additional configurations, pricing, and details.
The BIS-3922 improves on HABEY’s BIS-6922 system by offering additional I/O for more applications and solutions. The system is well suited for automation, digital signage, network security, point of sale, transportation, and digital surveillance applications.
The BIS-3922 system includes six DB9 COM ports on the front panel, one of which supports RS-232/-422/-485. HABEY’s proprietary ICEFIN design ensures maximum heat dissipation and a true fanless system.
The BIS-3922 system is built with the Intel QM77 chipset and is compatible with the third-generation Ivy Bridge Core processors. The BIS-3922 system’s additional features include a HM77 chipset that supports third-generation Intel Core i3/i5/i7 processors; dual gigabit Ethernet ports; High-Definition Multimedia Interface (HDMI), video graphics array (VGA), and low-voltage differential signaling (LVDS) display interfaces; one mini-PCI Express (PCIe) and one mSATA expansion; and a 3.5” single-board computer (SBC) form factor.
The M2i.4960 and the M2i.4961 mid-speed 16-bit digitizers are available for PCI/PCI-X and PCIe. The devices offer two or four synchronous channels with a 60 megasamples-per-second (MSPS) speed and a 30-MHz bandwidth.
The channels can be individually switched between single-ended and true differential input mode, therefore single-ended and differential signals can be simultaneously acquired with one digitizer. Each input channel includes an on-board calibration. The channels can be software programmed for proper termination, user offset, and input range.
The devices’ acquisition modes include segmented acquisition, gated acquisition, or streaming mode. The devices also feature a versatile clock and trigger section, making them suitable for a variety of different applications. Multiple cards can be internally synchronized to obtain more synchronous channels or to directly synchronize to arbitrary and digital waveform generators or digital waveform capture cards.
A digital input option enables up to 32 synchronous digital input channels to be acquired by multiplexing them into the analog data in different ways. Each of the 16 digital inputs can completely replace one analog channel or each of the 2/4 digital inputs can be stored together with the A/D sample by reducing its resolution.
The U5303A digitizer and the U5340A FPGA development kit are recent enhancements to Agilent Technologies’s PCI Express (PCIe) high-speed digitizers. The U5303A and the U5340A FPGA add next-generation real-time peak detection functionalities to the PCIe devices.
The U5303A is a 12-bit PCIe digitizer with programmable on-board processing. It offers high performance in a small footprint, making it an ideal platform for many commercial, industrial, and aerospace and defense embedded systems. A data processing unit (DPU) based on the Xilinx Virtex-6 FPGA is at the heart of the U5303A. The DPU controls the module functionality, data flow, and real-time signal processing. This feature enables data reduction and storage to be carried out at the digitizer level, minimizing transfer volumes and accelerating analysis.
The U5340A FPGA development kit is designed to help companies and researchers protect their IP signal-processing algorithms. The FPGA kit enables integration of an advanced real-time signal processing algorithm within Agilent Technologies’s high-speed digitizers. The U5340A features high-speed medical imaging, analytical time-of-flight, lidar ranging, non-destructive testing, and a direct interface to digitizer hardware elements (e.g., the ADC, clock manager, and memory blocks). The FPGA kit includes a library of building blocks, from basic gates to dual-port RAM; a set of IP cores; and ready-to-use scripts that handle all aspects of the build flow.
The PCIe-2602 is an SDI video/audio capture card that supports all SD/HD/3G-SDI signals and operates at six times the resolution of regular VGA connections. The card also provides video quality with lossless full color YUV 4:4:4 images for sharp, clean images.
The PCIe-2602 is well suited for medical imaging and intelligent video surveillance and analytics. With up to 12-bit pixel depth, the card provides extreme image clarity and smoother transitions from color-to-color enhance image detail to support critical medical imaging applications, including picture archiving and communication system (PACS) endoscopy and broadcasting.
The card’s features include low latency uncompressed video streaming, CPU offloading, and support for high-quality live viewing for video analytics of real-time image acquisition, as required in casino and defense environments. PCIe-2602 signals can be transmitted over 100 m when combined with a 75-Ω coaxial cable.
The PCIe-2602 is equipped with RS-485 and digital I/O. It accommodates external devices (e.g., PTZ cameras and sensors) and supports Windows 7/XP OSes. The card comes with ADLINK’s ViewCreator Pro utility to enable setup, configuration, testing, and system debugging without any software programming. All ADLINK drivers are compatible with Microsoft DirectShow.