Specifications | Overview of iRoC Technologies\220 Report Radiation Results of the SER Test of Actel, Xilinx, and Alt\ era FPGA Instances |
Business section |

Specifications | Overview of iRoC Technologies\220 Report Radiation Results of the SER Test of Actel, Xilinx, and Alt\ era FPGA Instances |
Business section |
Specifications | Overview of iRoC Technologies\220 Report Radiation Results of the SER Test of Actel, Xilinx, and Alt\ era FPGA Instances |
Outline | Overview of iRoC Technologies’ Report Radiation Results of the SER Test of Actel, Xilinx and Altera FPGA Instances Introduction Testing FPGAs for Susceptibility to Neutrons - Experiments and Results Table 1: Neutron Test Results (iRoC Testing at LANSCE) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Table 2: Alpha Particle Test Results (iRoC Testing) Testing FPGAs for Susceptibility to Alpha Particles - Experiments and Results Conclusion |
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Content | 2Overview of iRoC Technologies’ Report Radiation Results of the SER Test of Actel, Xilinx and Altera FPGA Instances the configuration files from the Cyclone SRAM FPGAs from Altera. Configuration upsets are also referred to as single-event upsets (SEUs). Because of redundancy in FPGA routing architectures, not every configuration upset (SEU) causes a logic error (SEFI). The testing demonstrated that antifuse- and Flash-based FPGAs are not subject to loss of configuration due to neutron effects. The tests also demonstrated that the three SRAM-based FPGA architectures are vulnerable to configuration loss due to neutrons and provided an indication of how frequently a configuration upset results in a logic error in each SRAM FPGA. The results are documented in Table1. The failure rates are shown in FITs (Failures In Time). One FIT is defined as one failure in 109 hours. Therefore a FIT rate of 320 equates to 320 failures in 109 hours. Typically, integrated circuits have FIT rates below 100. In high-reliability applications, component engineers will look for FIT rates in the region of 10 to 20. JESD-89 describes how neutron flux increases as altitude increases, up to a maximum at 60,000 feet. This was used to calculate the failure rates for a variety of altitudes. Testing FPGAs for Susceptibility to Alpha Particles – Experiments and Results Testing performed by iRoC Technologies quantifies the risk of functional failures in SRAM FPGAs due to alpha particles emitted from plastic package molding compounds. This testing also demonstrates that Actel s antifuse-based and Flash-based FPGAs do not suffer configuration loss or functional failure due to alpha particles emitted by packaging impurities. The results are documented in Table2. Note that the quantity of alpha particles a device will be exposed to is determined by the molding compound and not by the elevation. The results show that alpha particles arising from packaging impurities can be a significant contributor to the device FIT rate at sea level. At high altitudes, the effects of atmospheric neutrons outweigh the effects of alpha particles. Table 1: Neutron Test Results (iRoC Testing at LANSCE) VendorDevice Configuration Upsets (SEUs) Logic Errors (SEFIs) Logic Error FIT Rates Sea Level5,000 ft.30,000 ft.60,000 ft. ActelAX1000Not Measured0<0.08 FITs <0.28 FITs<12 FITs<39 FITs ActelAPA1000Not Measured0<0.04 FITs <0.13 FITs<5.6 FITs<18 FITs XilinxXC2V30003,4593491,150 FITs 3,900 FITs170,000 FITs540,000 FITs XilinxXC3S10001,936405320 FITs 1,100 FITs47,000 FITs 150,000 FITs AlteraEP1C20Not Measured453460 FITs 1,600 FITs67,000 FITs220,000 FITs Table 2: Alpha Particle Test Results (iRoC Testing) VendorDevice Logic Error FIT Rates with Low-Alpha Mold Compound Logic Error FIT Rates with Standard Mold Compound ActelAX1000< 0.001 FITs< 0.04 FITs ActelAPA1000< 0.001 FITs< 0.04 FITs XilinxXC2V3000140 FITs5,600 FITs XilinxXC3S1000260 FITs10,400 FITs AlteraEP1C20100 FITs4,000 FITs |
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Following Datasheets | PA3_E_LowPower_HBs_1 (10 pages) PA3_E_PIB_1 (10 pages) PA3_E_Tech_WP_1 (18 pages) pabp_01 (5 pages) pabp_02 (7 pages) package_diode_5 (5 pages) packaging_auto_1 (18 pages) PAH_Free_Conformance-1_2 (1 pages) pajp_01 (5 pages) pajp_02 (5 pages) |
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