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iCE65 mobileFPGA Family Overview
Designers of handheld, battery-based consumer products have long awaited a programmable logic solution that delivers design flexibility and fast time-to-market benefits coupled with features that address their power, logic capacity, cost, and small form factor requirements. This solution, previously unattainable by other FPGA suppliers, is now provided by SiliconBlue's ultra-low power iCE65™ mobileFPGA™ devices.
The iCE65 ultra-low power, ASIC-like, single-chip, SRAM mobileFPGA family has set new standards for programmable logic solutions by combining ultra low power, low cost and small form factor into a single-chip solution. The portfolio offers a full spectrum of device options optimized for logic density, power, I/O count and package size. Dissipating power as low as 12µW make the iCE65 mobileFPGA devices ideal for applications where optimizing or extending battery life is key. Logic capacity ranges from ~60K to ~800K FPGA system gates, I/O counts from 48 to 222, and package sizes as small as 3mm by 4mm provide the best solution for each logic design need.
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| Part Number |
L01 |
L04 |
L08 |
L161 |
| Logic Cells |
1,280 |
3,520 |
7,680 |
16,896 |
| System Gate Equivalent |
60K |
200K |
400K |
800K |
| Embedded RAM Bits |
64K |
80K |
128K |
384K |
| Embedded RAM 4K Blocks |
16 |
20 |
32 |
96 |
| Phase-Locked Loop |
0 |
0 |
0 |
0 |
Power/Speed Grade
(-L@1.0V, -T@1.2V) |
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| Core Operating Current, 0 KHz |
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| Core Operating Current, 32 KHz |
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| Core Operating Current, 32 MHz |
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| Configuration Bits |
245K |
533K |
1,057K |
TBD |
| Package |
Programmable I/O: Max I/O (LVDS Channels) |
| 84-pin QFN |
67 (0) |
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| 100-pin VQFP |
72 (0) |
72 (9) |
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| 132-ball BGA |
93 (0) |
95 (11) |
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| 196-ball BGA |
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150 (18) |
150 (18) |
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| 284-ball BGA |
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176 (20) |
222 (25) |
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| DiePlus™ |
Programmable I/O: Max I/O (LVDS Channels) |
| Wafer Level Chip Scale Package: WLCSP |
CS36
24(0) |
CS63
48 (4) |
CC72
55 (8) |
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| Known Good Die |
95 (0) |
176 (20) |
222 (25) |
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| Part Number |
P04 |
P081 |
P121 |
| Logic Cells |
3,520 |
7,680 |
12,160 |
| System Gate Equivalent |
200K |
400k |
600k |
| Embedded RAM Bits |
80K |
128k |
160k |
| Embedded RAM 4K Blocks |
20 |
32 |
40 |
| Phase-Locked Loop |
1 |
2 |
2 |
| Power/Speed Grade(-L@1.0V, -T@1.2V) |
-T |
-T |
-T |
| Core Operating Current, 0 KHz |
43 µA |
TBD |
TBD |
| Core Operating Current, 32 KHz |
60 µA |
TBD |
TBD |
| Core Operating Current, 32 MHz |
9 mA |
TBD |
TBD |
| Configuration Bits |
533k |
TBD |
TBD |
| Package |
Programmable I/O: Max I/O (LVDS Channels) |
| 84-pin QFN |
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| 100-pin VQFP |
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| 132-ball BGA |
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| 196-ball BGA |
148 (18) |
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| 284-ball BGA |
174 (20) |
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| DiePlus™ |
Programmable I/O: Max I/O (LVDS Channels) |
| Wafer Level Chip Scale Package: WLCSP |
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| Known Good Die |
174 (20) |
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Note 1: Consult factory for additional information
Low standby power without the recovery time
A large number of handheld applications have a 32 kHz standby mode in order to meet green power requirements. Most FPGA solutions today require some form of power-down mode, with an associated recovery time that ranges from microseconds to milliseconds. iCE65 ultra-low power mobileFPGA devices, dissipating power as low as 12 µW, allow battery-based applications to run in standby mode and monitor external stimuli such as keyboard clicks to wake up. There is no recovery time and the application responds instantaneously. The below figure illustrates that at any speed the iCE65 ultra-low power mobileFPGA devices consume low power enabling extended battery life for mobile applications.
iCE65 mobileFPGA devices extend battery life of mobile applications by consuming low power at any speed. Static power is achieved without a special sleep mode and without a prolonged wake up time.
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