DSP Boards and Modules with TI DSP and Xilinx FPGA DSP : [Systems] [Software]
 cPCI Module Carrier cPCI 3U Carrier with 1 module site; PXI compatible; V3 PCI Chip-set; SDB and 1Mbyte of shared memory on Master site |
The SMT300 is a
single site module carrier developed to provide access to a TIM
Module over the CompactPCI bus running at 33MHz with a 32-bit data
bus. The card has an ‘on-board’ JTAG
ACT8990 controller. This allows
Code Composer Studio and
3L Diamond applications to be used to debug/upload software to a
Module. A single buffered ComPort with conflict protection is
available on the chassis front panel. This has the versatility to
access any of four ComPorts from the Module. The main connection to
the 3U CompactPCI bus is via the Module’s Global Bus. A single
ComPort is also mapped to the CompactPCI bus providing support for
application boot and data transfer. 1 Mbyte of SRAM is mapped on to
the Global Bus and can be accessed by the Module as a global
resource or by the CompactPCI Bridge. A 3.3 volt supply will be
available at the fixing pillars for the Module. This supply will be
taken from the CompactPCI edge connector. An ‘on-board’ Sundance
Digital Bus (SDB) interface to the CompactPCI Bridge allows the card
to be interfaced to SDB standard modules. The National Instrument’s
Extensions for Instrumentation (PXI) signals are utilized allowing
multiple SMT300's to be synchronized in a system.
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 cPCI Module Carrier cPCI 6U carrier with 4 Module sites; PXI compatible; V3 PCI Chip-set; SDB and 1Mbyte of shared memory on master site |
The
SMT300Q is a quad site module carrier developed to provide access to
a TIM Modules over the CompactPCI bus running at 33MHz with a 32-bit
data bus. The card has an ‘on-board’ JTAG ACT8990 controller. This allows Code Composer Studio and 3L Diamond applications to be used to debug/upload software to Modules. A single buffered ComPort with conflict protection is available on the chassis front panel. This has the versatility to access any of four com-ports from the Modules. The main connection to the CompactPCI bus is via the Module’s Global Bus. A single ComPort is mapped to the CompactPCI bus providing support for application boot and data transfer. A 1 M Byte of SRAM is mapped on to the Global Bus and can be accessed by the Modules as a global resource or by the CompactPCI Bridge. A 3.3 volt supply is available at the fixing pillars for the Modules. This supply will be taken from the CompactPCI edge connector. An ‘on-board’ Sundance Digital Bus (SDB) interface to the CompactPCI bridge allows the card to be interfaced to SDB standard modules. PCI Extensions for Instrumentation (PXI) signals are utilised allow multiple SMT300Q's to be synchronised in a system. |
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 PCI Module Carrier Single-Site PCI Carrier; V3 PCI Chip-set; SDB and 1Mbyte of shared memory. |
The SMT310 is a single site module carrier developed to provide access to a TIM Module over the PCI bus running at 33MHz with a 32-bit data bus. The card has an ‘on-board’ JTAG ACT8990 controller. This allows Code Composer Studio and 3L Diamond applications to be used to debug/upload software to a Module. A single buffered ComPort with conflict protection is available on the rear panel. This will have the versatility to access any of four ComPorts from the Module. The main connection to the half-length PCI bus is via the Module’s Global Bus. A single ComPort is also mapped to the PCI bus providing support for application boot and data transfer. 1 Mbyte of SRAM is mapped on to the Global Bus and can be accessed by the Module as a global resource or by the PCI Bridge. A 3.3 volt supply is available at the fixing pillars for the Module. This supply is taken from the PCI edge connector. An ‘on-board’ Sundance Digital Bus (SDB) interface to the PCI Bridge allows the card to be interfaced to SDB standard modules. | ||||||||
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 PCI Module Carrier PCI carrier with 4 module sites; V3 PCI Chip-set; SDB and 1Mbyte of shared memory on Master site. |
The SMT310Q is a quad (4) site module carrier developed to provide access to a TIM Modules over the PCI bus running at 33MHz with a 32-bit data bus. The card has an ‘on-board’ JTAG ACT8990 controller. This allows Code Composer Studio and 3L Diamond applications to be used to debug/upload software to Modules. A single buffered ComPort with conflict protection and buffered JTAG connection are available on the rear panel. This will have the versatility to access any of four ComPorts from the Modules. The main connection to the half-length PCI bus is via the Module’s Global Bus. A single ComPort is also mapped to the PCI bus providing support for application boot and data transfer. 1 Mbyte of SRAM is mapped on to the Global Bus and can be accessed by the Module as a global resource or by the PCI Bridge. A 3.3 volt supply is available at the fixing pillars for the Module. This supply is taken from the PCI edge connector. An ‘on-board’ Sundance Digital Bus (SDB) interface to the PCI Bridge allows the card to be interfaced to SDB standard modules. | ||||||||
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 ADC Module ADC Module, 8 channels 1.2MSPS @ 16 bit; Sundance Digital Bus interface |
The SMT317 offers a
building block for scalable Analogue to Digital data collections
starting from 8 channels and reaching as many as 256 channels by
cascading eight SMT317s together. The single width Module has eight
AD7723.
from Analog Device Inc. and these are 16-bit complete sigma-delta
ADC converters with a 1.2MSPS sampling rate. This device has on-chip
filtering combined with a high over-sampling-ratio reduces the
external anti-alias requirements to first order in most cases. They
are interfaced to a Xilinx Virtex FPGA that controls the ADC
converters and also provide the data-route of the converted analogue
signals. The data can either be routed to the Sundance Digital Bus and the control of the ADC are done with the help of a Sundance ComPort. The FPGA has plenty of spare resources and can be re-programmed via ComPort and an EPLD to perform pre-processing of the converted data, control some of the external I/O pins or other customer specific requirements. |
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 I/O Module Frequency Generator Module: Two Variable Clock Outputs (50MHz – 950MHz); Two Variable Analog signal Outputs (Covering 300MHz – 1000MHz); Two Variable Trigger Outputs (75Hz – 5MHz) |
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 VME Module Carrier VME64 Four site carrier Card. |
The SMT329 is a VME four-site module carrier developed to provide access to TIM
Modules over the VME64 (parallel) bus. It is backward compatible
with the SMT328, and can replace the SMT328 with no software
modifications. By implementing the VME64 2eSST standard it offers up
to 320M bytes/sec (2.56G bits/sec) across the VME bus. The SMT329 allows four ‘C6x DSP Modules\FPGA Modules and/or slave I/O Modules to be integrated into a powerful processing system based on the VME64 standards. The SMT329 can accept up to four different processing or IO modules or two dual-width modules. It is a VME bus slave and bus master. The high speed 8M byte shared SRAM acts as a data transfer buffer. This is directly accessible via the Global Bus interfaces of two of the TIM sites and the VME64 bus, with programmable mailbox interrupts to any of these three busses. Additionally data from any of the Ethernet or RocketIO ports on the Virtex4 can be transferred by DMA to or from the SRAM. The SRAM is organized as 1M by 64 bits and is clocked at 250MHz, so peak throughput for 64 bit transfers is 2G bytes/sec. The buffered front panel JTAG interface allows systems to be debugged using Code Composer Studio IDE. The JTAG interface is fully buffered to allow multiple SMT329 carriers to be debugged in a single JTAG chain. Each TIM site has 6 ComPorts along with 2 RSL ports, which are connected to RocketIO ports on the Virtex4. The Virtex4 also provides 4 off 1 Gigabit Ethernet ports which are connected to the VME P2 “user-defined” pins, so they are available at the back plane. |
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VXS Module Carrier VXS and VME64 Four site carrier Card. |
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 I/O Module FPGA Module; SHB/RSL Interfaces; Xilinx Virtex II Pro VP30; DDR SDRAM |
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 Graphics Module Advanced Imaging Module; TMS320DM642 @ 720 MHz; Xilinx Virtex 4 XC4VFX60 FPGA |
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| Part Number:
SMT339 (in development) Price: $3,996 How To Buy |
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 IF/RF front-end module |
The SMT349 is an
IF/RF front-end module that completes the transmission and reception
paths of Sundance Digital Radio systems. The design is compatible
with the other Sundance modules such as the SMT370, which operates
on SMT8036 hardware platform and complies with the TIM40
specifications.
The digital section of SMT349 is based on the SMT370 digital section design. The analogue section of SMT349 includes two RF transceiver modules, operating in the 2.4 GHz ISM band. The RF centre frequency of both transceivers is controlled by one synthesizer which can be set by the FPGA. The FPGA also controls the AGC, TX power and TX/RX switch for each of the two IF/RF sections. The FPGA can communicate with other Sundance modules via the SHB, or via the Comports, through the TIM connectors. Data is routed to four 16-bit Sundance Digital Bus interfaces, using two Sundance High-speed Bus connectors. |
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 DAQ Module Dual ADC/ DAC module |
The
SMT350 is a single width expansion TIM that plugs onto the
SLB base module SMT368 (Virtex4 FPGA) and incorporates 2
Texas Instrument Analog-to-Digital
Converters (ADS5500)
and one Texas Instrument dual-channel Digital-to-Analog Converter (DAC5686).
The SMT350 implements a comprehensive clock circuitry based on a
CDCM7005 chip that allows synchronisation among the converters and
cascading modules for multiple receiver or transmitter systems as
well as the use of external clocks. It provides a complete
conversion solution and stands as a platform that can be part of a
transmit/receive base station. External Triggers are also available.
ADCs are 14-bit and can sample at up to 125 MHz. The DAC has a resolution of 16 bits and is able to update outputs at up to 500MHz. All converters are 3.3-Volt. The Xilinx FPGA (Virtex 4) on the base module is responsible for handling data going/coming to/from one of the following destination/source: TI converters, Comport (TIM-40 standard), Sundance High-speed Bus (SHB), ZBTRAM Memory. These interfaces are compatible with a wide range of Sundance’s modules. |
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 Memory Module Memory Module; Virtex-II Pro FPGA XC2VP7-6; Rocket Serial Link (RSL) |
The SMT351 is a
single width
TIM
compatible module populated with hi-density BGA package memory
devices that is able to store up to 512MB of data at 400MB/s. The
SMT351 can be cascade with more modules for even greater memory
storage capability.
The data flows in and out of the module are controlled by a Xilinx Virtex-II Pro FPGA XC2VP7. Connections to the module are made by two Sundance High-speed Bus (SHB) connectors, or through Rocket Serial Links (RSL). Both of these busses are compatible with other Sundance TIMS, and soon, Carrier cards. Control of the SMT351 is achieved by sending control words via comport. Four TTL I/Os and four LEDs are available for general purpose.
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 FPGA Module FPGA Module, Virtex-4; SX35; ZBT-SRAM ; SLB Interface; SHB Interface |
The
SMT368 provides a 'Base' module for a range of applications and
functions. The
Virtex4 SX has the highest amount of DSP blocks in the Virtex4
range, and the FPGA also has direct access to 8MBytes of ZBTRAM.
This will provide storage for the majority of applications. The
addition of a Xilinx configuration PROM enables the module to be
used 'Stand-Alone'. Alternatively, FPGA configuration can be made
from a connected DSP module.
The Virtex4 SX is connected to four 60-way SHB connectors for normal LV-TTL interface, and the 3x 20-way Sundance LVDS Bus (SLB) connector has 36 pairs of Low Voltage Differential Signals that can be interfaced over a long distance to some external control equipment, or act as an interface to an SLB mezzanine module. Sundance uses the SLB concept for the SMT390 210MSPS ADC Module and the SMT391 1GHz ADC Module. For More information about this, or any other Sundance product please contact |
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 ADC Module ADC Module, 2 channels 2.5MSPS 16 bit; Sundance Digital Bus interface; Com ports |
The SMT379 TIMADC.
The ADC section implements a high speed Analogue-to-digital
converter (16-bit, 2.5MHz,
AD9260).
ADC Sampling and clock selection is done under control of the FPGA
via the Clock Buffering circuitry.
The Clock Buffering circuitry consists of high-speed differential ECL devices capable of supplying a very accurate low Jitter differential clock to the ADC. The Clock Buffering circuitry also selects between the External Clock, Oscillator Clock and Divided Clock from FPGA as the clock source for the ADC. An external clock enable/trigger input is available on the SMT379. Function selection of this signal between ADC Sample Clock Enable or ADC Sample trigger is done under software control. When configured as a clock enable, ADC Sampling can be selectively enabled (gated) allowing for accurate user control of the data capturing sizes this is especially relevant in burst mode applications. When configured as a trigger ADC sampling for a specified burst size will be performed each time the trigger is asserted active.
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 DAC Module Single width expansion module for SMT338-VP |
The
SMT381 is a single width Daughter Module that plugs onto the
SMT338-VP30-6 or SMT398-VP50-6 and this functions as a 'Base
Module'. It is capable of converting two external digital inputs
coming from the
Virtex II Pro FPGA, using the
SLB interface on the SMT338-VP or SMT398-VP, with a resolution
of 14 bits at 840MSPS. Alternative is using the internal memory on
the DAC and the speed will then be 1GSPS. A Fujitsu dual channel DAC
(MB86064)
performs the digital to analogue conversion.
The SMT338-VP or SMT398-VP controls data transfers via ComPorts, Sundance High-speed Bus (SHB) or the Rocket Serial Link (RSL) and the Sundance LVDS Bus (SLB). These interfaces are compatible with a wide range of Sundance processor and I/O modules
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 I/O Module 12 channel Serial RS422 Interface; Global Bus Interface; Sundance Digital Bus interfacd. |
The SMT382 is a 12
Channel differential RS422 Transceiver, capable of 10Mbaud transfer
rates with ESD protection on the RS422 I/O’s and high source/sink
current capabilities. It is supplied on a single width TIM module
and has an interface to other TIM sites in the system via the Global
Expansion Bus. An on-board Sundance Digital Bus (SDB) is also
provided to allow the output RS422 data to be sourced from another
SDB TIM site or the incoming RS422 data to be streamed to another
SDB ompatible TIM. The module uses three ‘on-board’ QUAD UARTs based on the OX16C954 device, each. Each uses a 18.432MHz crystal to generate a programmable baud rates. The SMT382 has a Virtex FPGA, XCV300, which is used to implement 12 UART’s internally each having programmable Baud, data width, parity and stop protocol. The FPGA is configurable using 3 methods. · On-Board Serial PROM, type XC/AT17LV020, in a 8-Pin DIL socket. |
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| ADC Module ADC Module; 4 Channels; 125MSPS @ 14bit |
The SMT384 is a
single width expansion TIM that plugs onto the
SLB base module SMT368 (Virtex-4 FPGA) and incorporates 4 Texas
Instrument Analog-to-Digital Converters (ADS5500)
and a comprehensive clock circuitry based on a
CDCM7005 (coupled with a 245.76MHz VCXO) chip that allows
synchronisation among the converters and cascading modules for
multiple receiver systems as well as the use of an external
reference clock or external clock. It provides a multi-channel
acquisition solution. External Triggers are also available.
ADCs are 14-bit and can sample at up to 125 MHz. All converters are 3.3-Volt. As a standard, the ADCs are all AC-coupled, but can also be optionally DC-coupled. The Xilinx FPGA (Virtex-4) on the base module is responsible for handling data or control commands coming from the TI converters, Comports (TIM-40 standard), Sundance High-speed Bus (SHB). These interfaces are compatible with a wide range of Sundance’s modules. The memory on base module can be divided into two 16-bit wide independent blocks for storing samples. Converter configuration, sampling and transferring modes are set via internal control registers stored inside the FPGA and accessible via Comport. |
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 ADC Module ADC Module, 2-Channels 210MSPS @ 12bits; |
SMT390 is the first of a range DAQ Modules from Sundance that uses Virtex-II Pro FPGA and a unique ‘Double-Decker’ inter-connections concept that separate the Digital control functions from the noise-sensitive DAQ semiconductors. The interface between the ‘Base’ and ‘Daughter’ Modules is done with the help of LVDS signals that are built into the latest Xilinx Virtex-II Pro FPGAs. The SMT390 offers a dual channel solution at 210MSPS conversation rate at 12-bits. The single width Module has two AD9430s from Analog Device Inc. rate and these are optimized for outstanding dynamic performance in wideband carrier and broadband systems. All necessary functions, including track-and-hold (T/H) and reference are included on the chip to provide a complete conversion solution. | ||||||||
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 ADC Module ADC Module; Dual Channel 1GHz, 8-bit ADC |
The SMT391 is a
single width expansion TIM that plugs onto an
SLB base module such as SMT338-VP7-5 (Virtex-II Pro), SMT398-VP
(Virtex-II Pro) or SMT368 (Virtex4 FPGA)
The SMT391 is a single width TIM module. It is capable of sampling two analog inputs at 1 GSPS with a resolution of 8 bits. An Atmel duel channel ADC (AT84AD001) performs the analogue to digital conversion. The Xilinx FPGA (Virtex II-Pro or Virtex 4 for SMT368) on the base module is responsible for handling data going/coming to/from one of the following destination/source: TI converters, Comport (TIM-40 standard), Sundance High-speed Bus (SHB), Memory on some base modules (DDR or QDR) and RocketIO Serial Links (RSL). These interfaces are compatible with a wide range of Sundance’s modules.
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 DSP Module 4x C6416T @ 1GHz, 1x VirtexII-Pro XC2VP70FF1704, 2x SHB Interface, 14 RSL and Global Bus |
The
SMT395Q is Sundance’s 4th generation of Texas Instruments ‘C6x DSP
TIM
(Texas Instruments Module). This module uses 4
TMS320C6416T DSPs which have clock speeds of up to 1GHz.
The module also includes a Xilinx VirtexII-Pro (XC2VP70FF1704) FPGA which is configured to provide ‘C4x style Comm-ports, a TIM compatible enhanced global bus, two Sundance High-Speed Busses (SHBs), 14 Sundance RSL, and other control functions. The SMT395Q is, from the user’s perspective, a multi-DSP version of the SMT395 Module, and an upgrade to the SMT361Q. The SMT395Q is supported by the T.I. Code Composer Studio and 3L Diamond RTOS to enable full MultiDSP systems with minimum efforts by the programmers.
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 I/O Module Multi-output Clock Generator; Single/Dual tone; Sine/Square waves; Dual 400MSPS DDS; SLB Mezzanine Module |
SMT399-160 is a single width expansion module (SLB mezzanine module). It offers an integrated solution for high-speed sine-wave generation (up to 160 MHz), single or dual tone, with the option of having sine or square waves. The module is to be plugged onto an SLB base module such as SMT338-VP7-5, SMT398-VP or SMT368. It is built around two AD9954s. All Direct Digital Synthesizers are controller by an FPGA (Virtex II Pro or Virtex 4) present on the SLB base module. Channels can be combined in pairs to output dual-tone signals. Direct Digital Synthesizer offer fine tuning and fast hopping, which makes the SMT399-160 ideal for generating sampling clocks for analog converters and for testing systems. The SMT399-160 offers the possibility of cascading several modules for more complex signal generation. | ||||||||
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 PrPMC Solution PMC Carrier for a single TIM Module |
The SMT410 is a single site module carrier
board that provides access to a TIM module over the PCI Mezzanine
Card bus.
An on-board JTAG controller allows systems to be debugged using Code Composer Studio. This JTAG controller also has buffered outputs that can be accessed using connectors on the carrier’s back panel. This allows off-board devices to be connected into the JTAG chain. A single buffered ComPort with conflict protection is also available on the chassis back panel. This will have the versatility to access all six ComPorts on the TIM. The main connection to the PCI bus is via the module Global Bus. A single ComPort is also be mapped to the PCI bus providing support for application boot and data transfer. A 1 MB of SRAM is mapped on to the Global Bus and can be accessed by the TIM as a global resource or by the PCI Bridge. The board requires a 3.3 volt supply that is derived on board and is made available at the fixing pillars for the module |
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| SMT451-M | PrPMC Solution | PMC Carrier (SMT401) and a Memory Module; Virtex-II Pro FPGA XC2VP7; Rocket Serial Link (RSL) (SMT351-M) | XC2VP7 | $ 4990 | |||||
| SMT461Q | PrPMC Solution | PMC Carrier (SMT401) and a 4x C6416 @ 600MHz, 1x Virtex II XC2V2000, 2x SHB Interface, 4 ComPorts and Global Bus (SMT361Q) | XC2V2000 | $ 4590 | |||||
| SMT487 | PrPMC Solution | PMC Carrier (SMT401) and Disk Storage Module; ‘C6415 DSP; Virtex II VP20; SATA Link; Rocket Serial Link (RSL) (SMT387) | XC2VP20 | $ 4890 | |||||
| SMT491 | PrPMC Solution | PMC Carrier (SMT401) and a ADC Module; Dual Channel 1GHz, 8-bit ADC; Sundance High-speed Bus; Xilinx Virtex II VP30-6 FPGA; (RSL) Rocket Serial Link; DDR SDRAM (SMT391) | XC2VP30 | $ 7545 | |||||
| SMT495 | PrPMC Solution | PMC Carrier (SMT401) and a 1GHz 64-bit DSP Virtex II Pro TIM (SMT395) | C6416T | XC2VP20 | $ 3945 | ||||
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info@HiTechGlobal.com