Delivering high performance and low power in a cost-effective footprint for mainstream applications

Topaz FPGAs

Designed for Mass Market Applications

   

Low Power, High Volume,
High Performance

When you are ready to go big, you need a device that is just right for volume production. Topaz FPGAs combine an extra efficient architecture with the features and protocols commonly used today (think PCIe Gen3, MIPI, LPDDR4, and LVDS), so you can go big and still have room to innovate.

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Excellent Utilization

Carefully designed to pack more logic into the XLR cells, the Topaz architecture gives you more room to innovate and add new features.

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Protocol Support

Featuring commonly used protocols (LVDS, MIPI, Ethernet, and PCIe Gen3) Topaz FPGAs support applications such as machine vision, robotics, and printing.

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Easy-to-Use Packages

Topaz FPGAs are available in a wide range of BGA packages that are easy to integrate into your system.

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Seamless Migration

You can easily migrate from Topaz to Titanium FPGAs when you need to upgrade your design's performance or need more logic.

Product Longevity

Topaz products are designed into a broad range of applications in many diverse markets. Some of these markets are characterized by long product life cycles and, once in high volume production, are resistant to changes in specifications or components in the bill of materials. At Efinix we get that and are committed to supplying our customers with a stable supply of supported products throughout their product life cycle. We are committed to supporting our Topaz family of FPGAs in customer designs until at least 2037. Contact your local sales representative for more information on product life cycles.

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Industrial Robotics

Receive and manipulate data from cameras and sensors with the MIPI interface, control multiple axes of motion in parallel, and perform realtime analytics with the Sapphire RISC-V SoC.

3D printer

Industrial Printers

Topaz FPGAs can provide motor control, image processing, and high-speed I/O between system components.

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Wireless Repeaters

Use the Topaz DSP blocks for signal processing algorithms and filtering; the high-speed I/O sends and receives data to/from other components.

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Broadcast Imaging and Controls

Send streaming video to the Topaz FPGA for pre- and post-processing, compression, scaling, and color space conversion.

Machine Vision Systems

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Machine vision encompasses a wide range of industries and applications that use cameras, sensors, and thermal imaging to control and automate tasks as well as improve product quality, standards compliance, and safety. In these systems, the FPGA can process and aggregate the data, and then output it to a display or other processor.

With flexible I/O and support for MIPI, LVDS, PCIe Gen3, and 10/100/1000 Ethernet, Topaz FPGAs can receive camera and sensor data, process it, and transmit it. You can perform complex operations on the data, for example to inspect product quality, check positioning and alignment, perform difference checking, or identify items. The high-performance Sapphire RISC-V SoC can perform software computations while the FPGA logic accelerates hardware functions. Additionally, Topaz FPGAs are low power and have a small form factor, so you can integrate them close to the camera or sensor to perform realtime computations.

Machine Vision System

 

Topaz FPGA Family

Feature Tz50 Tz75 Tz100 Tz110 Tz170 Tz200 Tz325
Logic Elements (LEs) 52,160 75,520 101,440 120,584 161,008 215,360 326,080
10K RAM blocks (Mb) 2.4 5.34 6.32 6.41 11.14 15.77 19.22
DSP blocks 140 264 312 320 544 840 1008
PLLs 4 9 9 8 8 12 12
GPIO 34 133 133 80 80 181 181
High-speed I/O 146 139 139 232 232 235 235
LPDDR4 1 x32 1 x32 1 x32 1 x32 2 x32 2 x32
MIPI D-PHY 2 Gbps 2 RX
2 TX
2 RX
2 TX
4 RX
4 TX
4 RX
4 TX
3 RX
3 TX
3 RX
3 TX
12.5 Gbps transceivers 2 x4 2 x4 4 x4 4 x4
Hardened RISC-V block Quad Core Quad Core Quad Core Quad Core
PCIe® Gen3 (8G) 1 x4 1 x4 2 x4 2 x4
Product page

Refer to the Topaz Selector Guide for details on which resources (e.g., number of I/O, number of PLLs, MIPI D-PHY, DDR support) are available in each package.

Topaz Package Options

Package Pitch (mm) Size (mm) Tz50 Tz75 Tz100 Tz110 Tz170 Tz200 Tz325
100-ball FBGA 0.5 5.5x5.5
225-ball FBGA 0.65 10x10
256-ball FBGA 0.8 13x13
361-ball FBGA 0.65 13x13
400-ball FBGA 0.8 16x16
400-ball FBGA 0.5 10x10
484-ball FBGA 0.8 18x18
529-ball FBGA 0.8 19x19
576-ball FBGA 0.65 16x16
676-ball FBGA 0.8 22x22
676-ball FBGA 0.65 18x18
900-ball FBGA 0.8 25x25

Quantum® Compute Fabric

Topaz FPGAs feature our innovative Quantum® compute fabric on an efficient, low-power, 16 nm process node. With this fabric, the Efinity software can pack more logic into the XLR cells, which means you can fit even more logic into the FPGA. Positioned for volume production applications, Topaz FPGAs let you do more for less.

Why the XLR Cell is a Big Deal White Paper

Learn more about our technology

Topaz FPGA Block Diagram

Resources

Medical Ultrasound System

Today's portable ultrasound equipment needs good battery life and must be able to handle complex algorithms and multiple sensor input streams. With their low power and small form factor, Topaz FPGAs fit easily into small hand-held systems. The FPGA can condition and process the incoming data from the sensors in parallel and send it to a display for diagnosis.

Ultrasound System diagram

Ultrasound System