The ProASIC® 3 series of FPGAs, which includes the ProASIC 3e, ProASIC 3 nano and ProASIC 3L families, offers a breakthrough in performance, density and features for today's most demanding high-volume applications. ProASIC 3 FPGAs support the Arm® Cortex®-M1 soft processor IP core, offering the benefits of programmability and time-to-market. The ProASIC 3 FPGA families are based on nonvolatile Flash technology and support 100 to 35K Logic Elements (LEs) and up to 620 I/Os.
We offer commercial and industrial temperature devices to support portable, consumer, industrial, communications and medical applications, as well as ProASIC 3 FPGAs with specialized screening for automotive and military systems. Automotive-grade ProASIC 3 FPGAs support the Grade 1 temperature range (Tj = 135°C) and are AEC-Q100 qualified. They support 700 to 11K LEs with up to 144 Kb of SRAM and up to 300 user I/Os. Military-grade ProASIC 3 FPGAs support a temperature range of −55°C to 125°C, 3K to 35K LEs and an integrated 32-bit Arm Cortex-M1 soft processor.
ProASIC® 3 Series | ProASIC 3e | ProASIC 3 nano | ProASIC 3L |
---|---|---|---|
Arm® Core Enabled | M1 ProASIC 3e | M1 ProASIC 3L | |
Overview | Low-power, low-cost FPGA solution | Lowest-cost solution with enhanced I/O capabilities | Balances low power, performance and low cost |
Equivalent LEs | 330–35K | 100−3K | 3K–35K |
Max User I/Os | 620 | 71 | 620 |
Power Consumption | 3 mW | 0.9 mW | 0.49 mW |
Based on nonvolatile Flash technology and supporting 330 to 35K LEs and up to 620 high-performance I/Os, ProASIC 3e devices also integrate an Arm Cortex-M1 Soft Processor IP core to offer the benefits of easy programmability and faster time to market. They are available in commercial and industrial temperature devices. We also offer ProASIC 3e FPGAs with specialized screening for automotive and military systems.
ProASIC® 3 Devices | A3P030 | A3P060 | A3P125 | A3P250 | A3P400 | A3P600 | A3P1000 |
---|---|---|---|---|---|---|---|
Arm® Cortex®-M1 Based Devices | M1A3P250 | M1A3P400 | M1A3P600 | M1A3P1000 | |||
System Gates | 30,000 | 60,000 | 125,000 | 250,000 | 400,000 | 600,000 | 1,000,000 |
Equivalent LEs | 330 | 700 | 1.5K | 3K | 5K | 7K | 11K |
RAM Kb (1,024 bits) | 18 | 36 | 36 | 54 | 108 | 144 | |
4,608-Bit Blocks | 4 | 8 | 8 | 12 | 24 | 32 | |
FlashROM Bits | 1,024 | 1,024 | 1,024 | 1,024 | 1,024 | 1,024 | 1,024 |
Secure (AES) ISP1 | Yes | Yes | Yes | Yes | Yes | Yes | |
PLLs | 1 | 1 | 1 | 1 | 1 | 1 | |
I/O Standards | Std. and Hot Swap | Std.+ | Std.+ | Std.+/LVDS | Std.+/LVDS | Std.+/LVDS | Std.+/LVDS |
I/O Banks (+JTAG) | 2 | 2 | 2 | 4 | 4 | 4 | 4 |
Maximum User I/Os | 77 | 96 | 133 | 157 | 178 | 235 | 300 |
Speed Grades | Std., -1, -2 | Std., -1, -2 | Std., -1, -2 |
Std., -1, -2 | Std., -1, -2 | Std., -1, -2 | Std., -1, -2 |
Temperature Grades | C, I | C, I, T | C, I, T | C, I, T, M | C, I | C, I | C, I, T, M |
Single-Ended I/Os/Differential I/O Pairs | |||||||
QNG48 | 34 | ||||||
QNG68 | 49 | ||||||
VQG100 | 77 | 71 | 71 | 68/13 | |||
TQG144 | 91 | 100 | |||||
PQG208 | 133 | 151/342 | 151/34 | 154/35 | 154/35 | ||
FGG144 | 96 | 97 | 97/24 | 97/25 | 97/25 | 97/25 | |
FGG256 | 157/38 | 178/38 | 177/43 | 177/44 | |||
FGG484 | 235/60 | 300/74 |
Document Category | Title | Date | |||
---|---|---|---|---|---|
Supporting Collateral | TU0308: ARM Cortex-M1 Embedded Processor Tutorial | 26 Mar 2012 |
|
||
Application Notes | ProASIC3/E Proto Kit User's Guide and Tutorial | 13 Nov 2011 | Design Files |
|
|
User Guide | Automotive ProASIC3 FPGA Fabric User’s Guide | 15 Jul 2010 |
|
||
User Guide | ProASIC3E FGPA Fabric User’s Guide | 15 Jul 2010 |
|
||
User Guide | ProASIC3 FPGA Fabric User's Guide | 15 Jul 2010 |
|
||
Supporting Collateral | ProASIC3/E Starter Kit Programming Files | 22 Mar 2022 |
|
Document Category
Title
Date
|
Supporting Collateral
26 Mar 2012
|
Document Category
Title
Date
|
Application Notes
13 Nov 2011
|
Document Category
Title
Date
|
User Guide
15 Jul 2010
|
Document Category
Title
Date
|
User Guide
15 Jul 2010
|
Document Category
Title
Date
|
User Guide
15 Jul 2010
|
Document Category
Title
Date
|
Supporting Collateral
22 Mar 2022
|
Title
|
Date
|
---|---|
ProASIC3E Flash Family FPGAs Datasheet | 28 Mar 2022 |
Military ProASIC3/EL Low-Power Flash FPGAs Datasheet | 05 Aug 2008 |
ProASIC® 3 Flash Family FPGAs with Optional Soft ARM | 25 Aug 2023 |
Automotive ProASIC® 3 Flash Family FPGAs | 13 Feb 2023 |
PD3068: Package Mechanical Drawings Datasheet | 30 Jan 2025 |
Title
|
Date
|
---|---|
ProASIC3 CS121 Pinouts | 13 Jul 2014 |
ProASIC3 FG144 Pinouts | 13 Jul 2014 |
ProASIC3 QN48 Pinouts | 13 Jul 2014 |
ProASIC3 QN68 Pinouts | 13 Jul 2014 |
ProASIC3 CS81 Pinouts | 13 Jul 2014 |
ProASIC3E FG896 Pinouts | 15 Jul 2014 |
ProASIC3E FG676 Pinouts | 14 Jul 2014 |
ProASIC3E FG324 Pinouts | 15 Jul 2014 |
ProASIC3 TQ144 Pinouts | 13 Jul 2014 |
ProASIC3 CS196 Pinouts | 13 Jul 2014 |
ProASIC3 CQ208 Pinouts | 13 Jul 2014 |
ProASIC3 PQ208 Pinouts | 13 Jul 2014 |
ProASIC3 FG484 Pinouts | 13 Jul 2014 |
ProASIC3 VQ100 Pinouts | 13 Jul 2014 |
ProASIC3 FG256 Pinouts | 13 Jul 2014 |
ProASIC3E PQ208 Pinouts | 14 Jul 2014 |
Note:
Title
|
Date
|
---|---|
Advantages of the 32-Bit Cortex-M1 Processor in Actel FPGAs White Paper | 17 May 2007 |
Effects of Neutrons on Programmable Logic | 01 Dec 2002 |
ProASIC3/E Production FPGAs | 19 Jan 2005 |
Flash FPGAs in the Value-Based Market White Paper | 22 Jan 2005 |
Title
|
Date
|
---|---|
Automotive ProASIC3 FPGA Fabric User’s Guide | 15 Jul 2010 |
ProASIC3E FGPA Fabric User’s Guide | 15 Jul 2010 |
ProASIC3 FPGA Fabric User's Guide | 15 Jul 2010 |
ProASIC3/E Starter Kit Programming Files | 22 Mar 2022 |
SmartGen Cores Reference Guide For Libero SoC v11.8 | 06 Nov 2017 |
ProASIC3/E Proto Kit Quickstart Card | 08 Nov 2011 |
ProASIC3 nano FPGA Fabric User's Guide | 08 Apr 2010 |
IGLOO, ProASIC3, SmartFusion and Fusion Macro Library Guide for Software v10.1 | 30 Nov 2011 |
Title
|
Date
| |
---|---|---|
TU0308: ARM Cortex-M1 Embedded Processor Tutorial | 26 Mar 2012 | Design File |
ProASIC3/E Proto Kit User's Guide and Tutorial | 13 Nov 2011 | Design File |
The ProASIC3 series of flash FPGAs offers a breakthrough in power, performance, density, and features for today’s most demanding high-volume applications. ProASIC3 devices support the ARM Cortex-M1 processor, offering the benefits of programmability and time-to-market at low cost. ProASIC3 devices are based on nonvolatile flash technology and support 330–35K logic elements and up to 620 high-performance I/Os. For automotive applications, selected ProASIC3 devices are qualified to AEC-Q100 and are available with AEC T1 screening and PPAP documentation.
ProASIC® 3e Devices | A3PE600 | A3PE1500 | A3PE3000 |
---|---|---|---|
Arm® Cortex®-M1 Based Devices | M1A3PE1500 | M1A3PE3000 | |
System Gates | 600,000 | 1,500,000 | 3,000,000 |
Equivalent LEs | 7K | 16K | 35K |
RAM Kb (1,024 bits) | 108 | 270 | 504 |
4,608-Bit Blocks | 24 | 60 | 112 |
FlashROM Bits | 1,024 | 1,024 | 1,024 |
Secure (AES) ISP | Yes | Yes | Yes |
Integrated PLL in CCCs | 6 | 6 | 6 |
I/O Standards | Pro | Pro | Pro |
I/O Banks (+JTAG) | 8 | 8 | 8 |
Maximum User I/Os | 270 | 444 | 620 |
Speed Grades | Std., -1, -2 | Std., -1, -2 | Std., -1, -2 |
Temperature Grades | C, I | C, I | C, I |
Single-Ended I/O/Differential I/O Pairs | |||
PQG208 | 147/65 | 147/65 | |
FGG256 | 165/79 | ||
FGG324 | 221/110 | ||
FGG484 | 270/135 | 280/139 | 341/168 |
FGG676 | 444/222 | ||
FGG896 | 620/310 |
Document Category | Title | Date | |||
---|---|---|---|---|---|
Supporting Collateral | TU0308: ARM Cortex-M1 Embedded Processor Tutorial | 26 Mar 2012 |
|
||
Application Notes | ProASIC3/E Proto Kit User's Guide and Tutorial | 13 Nov 2011 | Design Files |
|
|
User Guide | Automotive ProASIC3 FPGA Fabric User’s Guide | 15 Jul 2010 |
|
||
User Guide | ProASIC3E FGPA Fabric User’s Guide | 15 Jul 2010 |
|
||
User Guide | ProASIC3 FPGA Fabric User's Guide | 15 Jul 2010 |
|
||
Supporting Collateral | ProASIC3/E Starter Kit Programming Files | 22 Mar 2022 |
|
Document Category
Title
Date
|
Supporting Collateral
26 Mar 2012
|
Document Category
Title
Date
|
Application Notes
13 Nov 2011
|
Document Category
Title
Date
|
User Guide
15 Jul 2010
|
Document Category
Title
Date
|
User Guide
15 Jul 2010
|
Document Category
Title
Date
|
User Guide
15 Jul 2010
|
Document Category
Title
Date
|
Supporting Collateral
22 Mar 2022
|
Title
|
Date
|
---|---|
ProASIC3E Flash Family FPGAs Datasheet | 28 Mar 2022 |
Military ProASIC3/EL Low-Power Flash FPGAs Datasheet | 05 Aug 2008 |
ProASIC® 3 Flash Family FPGAs with Optional Soft ARM | 25 Aug 2023 |
Automotive ProASIC® 3 Flash Family FPGAs | 13 Feb 2023 |
PD3068: Package Mechanical Drawings Datasheet | 30 Jan 2025 |
Title
|
Date
|
---|---|
ProASIC3 CS121 Pinouts | 13 Jul 2014 |
ProASIC3 FG144 Pinouts | 13 Jul 2014 |
ProASIC3 QN48 Pinouts | 13 Jul 2014 |
ProASIC3 QN68 Pinouts | 13 Jul 2014 |
ProASIC3 CS81 Pinouts | 13 Jul 2014 |
ProASIC3E FG896 Pinouts | 15 Jul 2014 |
ProASIC3E FG676 Pinouts | 14 Jul 2014 |
ProASIC3E FG324 Pinouts | 15 Jul 2014 |
ProASIC3 TQ144 Pinouts | 13 Jul 2014 |
ProASIC3 CS196 Pinouts | 13 Jul 2014 |
ProASIC3 CQ208 Pinouts | 13 Jul 2014 |
ProASIC3 PQ208 Pinouts | 13 Jul 2014 |
ProASIC3 FG484 Pinouts | 13 Jul 2014 |
ProASIC3 VQ100 Pinouts | 13 Jul 2014 |
ProASIC3 FG256 Pinouts | 13 Jul 2014 |
ProASIC3E PQ208 Pinouts | 14 Jul 2014 |
Title
|
Date
|
---|---|
A3PE1500-FG484 BSDL | 02 Apr 2007 |
A3PE1500-FG676 BSDL | 02 Apr 2007 |
A3PE1500-PQ208 BSDL | 08 Mar 2005 |
A3PE3000-FG324 BSDL | 08 Jan 2008 |
A3PE3000-FG484 BSDL | 29 Nov 2007 |
A3PE600-FG484 BSDL | 08 Mar 2005 |
A3PE600-FG256 BSDL | 08 Mar 2005 |
M1A3PE1500-FG484 BSDL | 06 Apr 2008 |
M1A3PE1500-FG676 BSDL | 06 Apr 2008 |
M1A3PE1500-PQ208 BSDL | 06 Apr 2008 |
M1A3PE3000-FG324 BSDL | 06 Apr 2008 |
M1A3PE3000-FG484 BSDL | 06 Apr 2008 |
M1A3PE3000-FG896 BSDL | 06 Apr 2008 |
M1A3PE3000-PQ208 BSDL | 06 Apr 2008 |
A3PE3000-FG896 BSDL | 06 Apr 2008 |
A3PE3000-PQ208 BSDL | 08 Mar 2005 |
Note:
Title
|
Date
|
---|---|
Advantages of the 32-Bit Cortex-M1 Processor in Actel FPGAs White Paper | 17 May 2007 |
Effects of Neutrons on Programmable Logic | 01 Dec 2002 |
ProASIC3/E Production FPGAs | 19 Jan 2005 |
Flash FPGAs in the Value-Based Market White Paper | 22 Jan 2005 |
Title
|
Date
|
---|---|
Automotive ProASIC3 FPGA Fabric User’s Guide | 15 Jul 2010 |
ProASIC3E FGPA Fabric User’s Guide | 15 Jul 2010 |
ProASIC3 FPGA Fabric User's Guide | 15 Jul 2010 |
ProASIC3/E Starter Kit Programming Files | 22 Mar 2022 |
SmartGen Cores Reference Guide For Libero SoC v11.8 | 06 Nov 2017 |
ProASIC3/E Proto Kit Quickstart Card | 08 Nov 2011 |
ProASIC3 nano FPGA Fabric User's Guide | 08 Apr 2010 |
IGLOO, ProASIC3, SmartFusion and Fusion Macro Library Guide for Software v10.1 | 30 Nov 2011 |
Title
|
Date
| |
---|---|---|
TU0308: ARM Cortex-M1 Embedded Processor Tutorial | 26 Mar 2012 | Design File |
ProASIC3/E Proto Kit User's Guide and Tutorial | 13 Nov 2011 | Design File |
ProASIC 3 nano reprogrammable and nonvolatile FPGAs are secure, low-power, instant-on, single-chip solutions. When performance, cost, flexibility and time to market are critical, ProASIC 3 nano devices are an attractive alternative to Application-Specific Integrated Circuits (ASICs) and Application-Specific Standard Products (ASSPs) in fast-moving or highly competitive markets. ProASIC 3 nano devices have up to 3K LEs and support up to 36 Kb of true dual-port SRAM and up to 71 user I/Os.
ProASIC 3 nano devices offer new features and smaller-footprint packages designed with two-layer PCBs in mind for greater value in high-volume consumer, portable and battery-backed markets. Key features include low power consumption, hot-swap capability and a Schmitt trigger for greater flexibility in low-cost and power-sensitive applications.
ProASIC® 3 nano Devices | A3PN010 | A3PN0152 | A3PN020 | A3PN060 | A3PN125 | A3PN250 |
---|---|---|---|---|---|---|
System Gates | 10,000 | 15,000 | 20,000 | 60,000 | 125,000 | 250,000 |
Equivalent LEs | 100 | 150 | 200 | 700 | 1.5 K | 3K |
RAM Kb (1,024 bits) | 18 | 36 | 36 | |||
4,608-Bit Blocks | 4 | 8 | 8 | |||
FlashROM Bits | 1,024 | 1,024 | 1,024 | 1,024 | 1,024 | 1,024 |
Secure (AES) ISP | Yes | Yes | Yes | |||
Integrated PLLs in CCCs | 1 | 1 | 1 | |||
I/O Standards | Std., Hot Swap | Std., Hot Swap | Std., Hot Swap | Std., Hot Swap | Std., Hot Swap | Std., Hot Swap |
I/O Banks (+JTAG) | 2 | 3 | 3 | 2 | 2 | 4 |
Maximum User I/Os | 34 | 49 | 49 | 71 | 71 | 68 |
Speed Grades | Std., -1, -2 | Std., -1, -2 | Std., -1, -2 | Std., -1, -2 | Std., -1, -2 | Std., -1, -2 |
Temperature Grades | C, I | C, I | C, I | C, I | C, I | C, I |
Single-Ended I/O | ||||||
QNG48 (6 × 6 mm) | 34 | |||||
QNG68 (8 × 8 mm) | 49 | 49 | ||||
VQG100 (14 × 14 mm) | 71 | 71 | 68 |
Document Category | Title | Date | |||
---|---|---|---|---|---|
User Guide | ProASIC3 nano FPGA Fabric User's Guide | 08 Apr 2010 |
|
||
Board Design Files | A3PN250Z-VQ100 BSDL | 18 Dec 2008 |
|
||
Board Design Files | A3PN030Z-QN68 BSDL | 12 May 2010 |
|
||
Board Design Files | A3PN125Z-VQ100 BSDL | 18 Dec 2008 |
|
||
Board Design Files | A3PN060Z-VQ100 BSDL | 18 Dec 2008 |
|
||
Board Design Files | A3PN030Z-VQ100 BSDL | 12 May 2010 |
|
Document Category
Title
Date
|
User Guide
08 Apr 2010
|
Document Category
Title
Date
|
Board Design Files
18 Dec 2008
|
Document Category
Title
Date
|
Board Design Files
12 May 2010
|
Document Category
Title
Date
|
Board Design Files
18 Dec 2008
|
Document Category
Title
Date
|
Board Design Files
18 Dec 2008
|
Document Category
Title
Date
|
Board Design Files
12 May 2010
|
Title
|
Date
|
---|---|
ProASIC3 nano Flash FPGAs Datasheet | 07 Feb 2024 |
PD3068: Package Mechanical Drawings Datasheet | 30 Jan 2025 |
Title
|
Date
|
---|---|
ProASIC3N-VQ100-Pinouts | 14 Jul 2014 |
ProASIC3N QN48 Pinouts | 14 Jul 2014 |
ProASIC3N QN68 Pinouts | 14 Jul 2014 |
Title
|
Date
|
---|---|
A3PN250Z-VQ100 BSDL | 18 Dec 2008 |
A3PN030Z-QN68 BSDL | 12 May 2010 |
A3PN125Z-VQ100 BSDL | 18 Dec 2008 |
A3PN060Z-VQ100 BSDL | 18 Dec 2008 |
A3PN030Z-VQ100 BSDL | 12 May 2010 |
A3PN250-VQ100 BSDL | 06 Oct 2009 |
A3PN125-VQ100 BSDL | 01 Sep 2010 |
A3PN060-VQ100 BSDL | 03 Aug 2010 |
A3PN020-QN68 BSDL | 06 Oct 2009 |
A3PN015-QN68 BSDL | 06 Oct 2009 |
A3PN010-QN48 BSDL | 06 Oct 2009 |
A3PN030Z-QN48 BSDL | 12 May 2010 |
Title
|
Date
|
---|---|
ProASIC3 nano Commercial IBIS Model | 17 Dec 2009 |
ProASIC3 nano Industrial IBIS Model | 17 Dec 2009 |
Note:
Title
|
Date
|
---|---|
Effects of Neutrons on Programmable Logic | 01 Dec 2002 |
High-Volume nano FPGAs White Paper | 10 Nov 2008 |
Microchip’s innovative ProASIC3 nano devices bring a new level of value and flexibility to high-volume markets. When measured against the typical project metrics of performance, cost, flexibility, and time-to-market, ProASIC3 nano devices provide an attractive alternative to ASICs and ASSPs in fast-moving or highly competitive markets. Customer-driven total-system cost reduction was a key design criteria for the ProASIC3 nano program. Single-chip implementation and a broad selection of small footprint packages contribute to lower total system costs.
ProASIC 3L low-power FPGAs feature lower dynamic and static power than ProASIC 3 FPGAs. The ProASIC 3L family also supports the free implementation of an FPGA-optimized 32-bit Arm Cortex-M1 processor, allowing you to select the Flash FPGA solution that best meets your speed and power design requirements. Commercial and industrial temperature devices are available for use in portable, consumer, industrial, communications and medical applications. We also offer ProASIC3 EL FPGAs with specialized screening for military systems.
ProASIC® 3L Devices | A3P600L | A3P1000L | A3PE600L | A3PE3000L |
---|---|---|---|---|
Arm® Cortex®-M1 Based Devices | M1A3P600L | M1A3P1000L | M1A3PE3000L | |
System Gates | 600,000 | 1,000,000 | 600,000 | 3,000,000 |
Equivalent LEs | 7K | 11K | 7K | 35K |
RAM Kb (1,024 bits) | 108 | 144 | 108 | 504 |
4,608-Bit Blocks | 24 | 32 | 24 | 112 |
FlashROM Bits | 1,024 | 1,024 | 1,024 | 1,024 |
Secure (AES) ISP1 | Yes | Yes | Yes | Yes |
Integrated PLLs in CCCs | 1 | 1 | 6 | 6 |
I/O Standards | Std.+/LVDS | Std.+/LVDS | Pro | Pro |
I/O Banks (+JTAG) | 4 | 4 | 8 | 8 |
Maximum User I/Os | 235 | 177 | 270 | 620 |
Typical Static/Flash*Freeze Power (mW) at VCC = 1.2V |
0.66 | 1.06 | TBA | 3.3 |
Speed Grades | Std., -1 | Std., -1 | Std., -1 | Std., -1 |
Temperature Grades | C, I | C, I | M | C, I, M |
Single-Ended I/Os/Differential I/O Pairs | ||||
PQG208 | 147/653 | |||
FGG144 | 97/25 | 97/25 | ||
FGG256 | 177/44 | |||
FGG324 | 221/110 | |||
FGG484 | 235/60 | 270/135 | 341/168 | |
FGG896 | 620/310 |
Document Category | Title | Date | |||
---|---|---|---|---|---|
Supporting Collateral | TU0308: ARM Cortex-M1 Embedded Processor Tutorial | 26 Mar 2012 |
|
||
User Guide | Military ProASIC3/EL FPGA Fabric User's Guide | 15 Jul 2010 |
|
||
User Guide | ProASIC3L FPGA Fabric User's Guide | 15 Jul 2010 |
|
||
Packaging Specifications | ProASIC3L FG144 Pinouts | 14 Jul 2014 |
|
||
Packaging Specifications | ProASIC3L PQ208 Pinouts | 14 Jul 2014 |
|
||
Packaging Specifications | ProASIC3L FG256 Pinouts | 14 Jul 2014 |
|
Document Category
Title
Date
|
Supporting Collateral
26 Mar 2012
|
Document Category
Title
Date
|
User Guide
15 Jul 2010
|
Document Category
Title
Date
|
User Guide
15 Jul 2010
|
Document Category
Title
Date
|
Packaging Specifications
14 Jul 2014
|
Document Category
Title
Date
|
Packaging Specifications
14 Jul 2014
|
Document Category
Title
Date
|
Packaging Specifications
14 Jul 2014
|
Title
|
Date
|
---|---|
Military ProASIC3/EL Low-Power Flash FPGAs Datasheet | 05 Aug 2008 |
ProASIC® 3L Low Power Flash FPGAs with Flash*Freeze Technology | 09 Oct 2023 |
PD3068: Package Mechanical Drawings Datasheet | 30 Jan 2025 |
Title
|
Date
|
---|---|
ProASIC3L FG144 Pinouts | 14 Jul 2014 |
ProASIC3L PQ208 Pinouts | 14 Jul 2014 |
ProASIC3L FG256 Pinouts | 14 Jul 2014 |
ProASIC3L FG896 Pinouts | 21 Feb 2023 |
ProASIC3L FG484 Pinouts | 21 Feb 2023 |
ProASIC3L FG324 Pinouts | 21 Feb 2023 |
Title
|
Date
|
---|---|
A3P250L-FG144 BSDL | 06 Apr 2008 |
A3PE600L-FG484 BSDL | 16 Aug 2009 |
A3P1000L-FG144 BSDL | 06 Apr 2008 |
A3P250L-FG256 BSDL | 06 Apr 2008 |
A3P250L-PQ208 BSDL | 06 Apr 2008 |
A3P250L-VQ100 BSDL | 06 Apr 2008 |
A3P600L-FG144 BSDL | 06 Apr 2008 |
A3P600L-FG256 BSDL | 06 Apr 2008 |
A3P600L-FG484 BSDL | 06 Apr 2008 |
A3P600L-PQ208 BSDL | 06 Apr 2008 |
A3PE3000L-FG484 BSDL | 06 Apr 2008 |
A3PE3000L-FG896 BSDL | 06 Apr 2008 |
A3PE3000L-PQ208 BSDL | 06 Apr 2008 |
M1A3P600L-FG144 BSDL | 06 Apr 2008 |
M1A3P600L-FG256 BSDL | 06 Apr 2008 |
M1A3P600L-FG484 BSDL | 06 Apr 2008 |
M1A3P600L-PQ208 BSDL | 06 Apr 2008 |
A3P1000L-FG256 BSDL | 06 Apr 2008 |
A3P1000L-PQ208 BSDL | 06 Apr 2008 |
M1A3PE3000L-FG324 BSDL | 06 Apr 2008 |
M1A3PE3000L-FG484 BSDL | 06 Apr 2008 |
M1A3PE3000L-FG896 BSDL | 06 Apr 2008 |
M1A3PE3000L-PQ208 BSDL | 06 Apr 2008 |
M1A3P1000L-FG144 BSDL | 06 Apr 2008 |
M1A3P1000L-FG256 BSDL | 06 Apr 2008 |
M1A3P1000L-FG484 BSDL | 06 Apr 2008 |
M1A3P1000L-PQ208 BSDL | 06 Apr 2008 |
A3PE3000L-FG324 BSDL | 06 Apr 2008 |
A3P1000L-FG484 BSDL | 06 Apr 2008 |
Title
|
Date
|
---|---|
ProASIC3L Commercial IBIS Model | 24 Mar 2008 |
ProASIC3L Industrial IBIS Model | 24 Mar 2008 |
ProASIC3EL Commercial IBIS Model | 19 May 2008 |
ProASIC3EL Industrial IBIS Model | 19 May 2008 |
ProASIC3EL Military IBIS Model | 12 Aug 2008 |
Note:
Title
|
Date
|
---|---|
WP0089: Incredible Shrinking Medical Devices White Paper | 20 Oct 2008 |
The Many Flavors of Low-Power, Low-Cost FPGAs White Paper | 18 Apr 2008 |
Power-Aware FPGA Design White Paper | 08 Feb 2009 |
Title
|
Date
|
---|---|
Military ProASIC3/EL FPGA Fabric User's Guide | 15 Jul 2010 |
ProASIC3L FPGA Fabric User's Guide | 15 Jul 2010 |
ProASIC3L FPGAs feature lower dynamic and static power requirements than the previous generation of ProASIC3 FPGAs, and lower power requirements by orders of magnitude than SRAM competitors, combining dramatically reduced power consumption with up to 350 MHz operation. The ProASIC3L family also supports the free implementation of an FPGA-optimized 32-bit ARM Cortex-M1 processor, enabling system designers to select the Microsemi flash FPGA solution that best meets their speed and power requirements, regardless of application or volume. Optimized software tools using power-driven layout (PDL) provide instant power reduction capabilities.
This is a comprehensive development kit with a socketed boardfor evaluating all ProASIC 3 FPGAs available in a PQ208 package.
This kit provides you with a complete solution for quickly evaluating and prototyping your design based on Arm Cortex-M1 core-enabled ProASIC 3L devices.
Silicon sculptor adapter modules are package specific. They depend on the product family, but are independent of gate count.
An optional In-House Programming (IHP) service is available if you are purchasing our devices in large volumes.
Silicon sculptor adapter modules are package specific. They depend on the product family, but are independent of gate count.
An optional In-House Programming (IHP) service is available if you are purchasing our devices in large volumes.
Silicon sculptor adapter modules are package specific. They depend on the product family, but are independent of gate count.
An optional In-House Programming (IHP) service is available if you are purchasing our devices in large volumes.