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ULPMARK™
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STMicroelectronics STM32L476ZG-P ULPMark-CP: 257.00 (2.20v) ULPMark-PP: 86.60 (2.20v) |
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Silicon Labs EFM32WG380 ULPMark-CP: 115.00 (2.10v) |
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Silicon Labs EFM32PG1B200F256 ULPMark-CP: 123.00 (2.10v) |
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Texas Instruments MSP430FR5969 ULPMark-CP: 203.00 (1.90v) |
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Texas Instruments MSP432P401R Rev. C ULPMark-CP: 232.00 (1.90v) |
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Texas Instruments MSP432P401R Rev. B ULPMark-CP: 211.00 (2.20v) |
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Analog Devices ADuCM302x Rev1.0 ULPMark-CP: 274.00 (1.80v) |
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STMicroelectronics STM32L496 ULPMark-CP: 279.00 (1.80v) ULPMark-PP: 80.20 (1.80v) |
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STMicroelectronics STM32L496ZG-P ULPMark-CP: 256.00 (2.20v) ULPMark-PP: 77.00 (2.20v) |
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STMicroelectronics STM32L053R6 ULPMark-CP: 207.00 (1.80v) ULPMark-PP: 95.30 (1.80v) |
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STMicroelectronics STM32L452 ULPMark-CP: 335.00 (1.80v) ULPMark-PP: 113.00 (1.80v) |
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STMicroelectronics STM32L011 ULPMark-CP: 244.00 (1.80v) ULPMark-PP: 82.90 (1.80v) |
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Ambiq Micro APOLLO512-KBR Rev.A4 + 32KB SRAM retention ULPMark-CP: 384.00 (2.20v) ULPMark-PP: 48.00 (2.20v) |
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ANDEBENCH™-PRO
| HTC U11 | 26084 |
| HTC U11 (HTC U-3w) | 25457 |
| Motorola Moto Z2 (Moto Z2) | 21425 |
| MIZ Z2 (Z2) | 21340 |
| Gionee (HK) Communication Equipment V182 (V182) | 21019 |
| Google Caroline (Caroline) | 20790 |
| HTC U Ultra (U-1w) | 20162 |
| Huawei Honor V9 Premium (DUK-TL30) | 19876 |
| Huawei P10 Standard Edition (VTR-L09) | 19346 |
| Huawei Honor 8 Pro (DUK-L09) | 19055 |
| Huawei Mate 9 (MHA-AL00) | 18903 |
| Huawei Honor 9 Standard Edition (STF-L09) | 18696 |
| HTC U Ultra | 18672 |
| Huawei Honor V9 (DUK-AL20) | 18335 |
| Huawei P10 Premium Edition (VTR-AL00) | 18275 |
New Benchmarks
ULPMark™-Peripheral Profile
Expands on the energy measurement capabilities of ULPMark-Core profile to include peripheral interactions of RTC, ADC, SPI, and PWM.
AutoBench 2.0
Multicore Automotive Processors now Benchmark-able with EEMBC MultiBench.
BrowsingBench® 2.0
Expanded functionality to include new user interface and increased stability.
Measure efficiency of MCUs and radio modules transceiving with BLE.
Benchmarks in Development
IoTMark™ Benchmark
A suite of benchmarks to test the combined microcontroller+RF components (e.g. Bluetooth, Wi-Fi, Thread, LoRA) to help with device optimization and sorting out the landscape on competitive products.
SecureMark™ Benchmark
Measures the performance, energy, and memory impact of the combined microcontroller and hardware and/or software security products. Uses multiple security profiles representing popular IoT applications.
HetMark-ADAS™ Benchmark
Heterogeneous compute benchmark to analyze the performance of SoCs targeting autonomous driving. Allows the user to determine the optimal utilization of available compute resources, such as the CPU, GPU, and hardware accelerators.
IoT-Gateway Benchmark
Utilizes a distributed approach with client-server interactions and workloads to ensure meaningful comparisons between gateway products.
ScaleMark™
Measures latency and throughput of scale-out servers. Memcached and Media Streaming in Beta. Next workloads include Origin Webserver, Load Balancing, and MySQL
News & Press
NEWS: EEMBC and prpl drive use of hypervisors to create security-by-separation for more trusted IoT.
Upcoming Events
Linley Processor Conference
October 4-5, 2017
Dual-track conference features technical presentations addressing processors and IP cores for deep learning, servers, communications, embedded, and advanced automotive systems.
October 4-5, 2017
Dual-track conference features technical presentations addressing processors and IP cores for deep learning, servers, communications, embedded, and advanced automotive systems.
Arm TechCon
October 24-26, 2017
This event showcases the latest advances in ARM architecture. Don't miss the presentation by Markus Levy (President, EEMBC) and Craig Giglio (Applications Manager, Silicon Labs) Key Considerations for Selecting and Optimizing an MCU for Ultra-low-power IoT Devices
October 24-26, 2017
This event showcases the latest advances in ARM architecture. Don't miss the presentation by Markus Levy (President, EEMBC) and Craig Giglio (Applications Manager, Silicon Labs) Key Considerations for Selecting and Optimizing an MCU for Ultra-low-power IoT Devices
COREMARK®
| ON Semiconductor RSL10 (ARM Cortex-M3) 48Mhz |  | |
| CoreMark/MHz: 3.32 | ||
| Microchip ATSAME54P20A 120Mhz | | |
| CoreMark/MHz: 3.36 | ||
| Microchip dsPIC33FJ256GP710A 40Mhz | | |
| CoreMark/MHz: 2.31 | ||
| Microchip dsPIC33EP512MU810 70Mhz | | |
| CoreMark/MHz: 2.02 | ||
| Renesas RX65N 120 MHzMhz | | |
| CoreMark/MHz: 4.34 | ||
| Renesas RX65N 50 MHzMhz | | |
| CoreMark/MHz: 4.62 | ||
| STMicroelectronics STM32H743 400Mhz | | |
| CoreMark/MHz: 5.05 | ||
| Microchip PIC32MM0064GPL036 25Mhz | | |
| CoreMark/MHz: 3.16 | ||
| Renesas RX231 32Mhz | | |
| CoreMark/MHz: 4.61 | ||
| Baikal T-1 1200Mhz | ||
| CoreMark/MHz: 10.30 | ||
| STMicroelectronics STM32F446RE 180Mhz | ||
| CoreMark/MHz: 3.35 | ||
| Intel I7-4700HQ 2400Mhz | ||
| CoreMark/MHz: 7.29 | ||
| Intel I7-7700 3600Mhz | ||
| CoreMark/MHz: 6.05 | ||
| Xilinx XC7Z020 ARM Cortex-A9 MPcore 800Mhz | ||
| CoreMark/MHz: 3.66 | ||
| NXP MK22FN512 120Mhz | ||
| CoreMark/MHz: 1.87 | ||
| Qualcomm Snapdragon 820 2150Mhz | ||
| CoreMark/MHz: 3.18 | ||
| Microchip PIC32MZ2048EFH144 microMIPS 200Mhz | ||
| CoreMark/MHz: 3.55 | ||
| Microchip PIC32MM0064GPL028 24Mhz | ||
| CoreMark/MHz: 3.62 | ||
COREMARK®-PRO
| Huawei HiSilicon KIRIN925 Hi3830 8 Threads | ||
| CoreMark-Pro: 6521 | ||
| Huawei HiSilicon KIRIN925 Hi3830 1 Thread | ||
| CoreMark-Pro: 1245 | ||
| Qualcomm Snapdragon 810 MSM8994 8 Threads | ||
| CoreMark-Pro: 5076 | ||
| Qualcomm Snapdragon 810 MSM8994 1 Thread | ||
| CoreMark-Pro: 1287 | ||
| Snapdragon 810 MSM8994 8 Threads | ||
| CoreMark-Pro: 2531 | ||
| Snapdragon 810 MSM8994 1 Thread | ||
| CoreMark-Pro: 1220 | ||
| Intel Atom Z3745 4 Threads | ||
| CoreMark-Pro: 6151 | ||
| Intel Atom Z3745 1 Thread | ||
| CoreMark-Pro: 1559 | ||
| Intel Atom Z3745 4 Threads | ||
| CoreMark-Pro: 3818 | ||
| Intel Atom Z3745 1 Thread | ||
| CoreMark-Pro: 1070 | ||
| Qualcomm Snapdragon 400 MSM8226 4 Threads | ||
| CoreMark-Pro: 2000 | ||
EEMBC Certified Scores:
EEMBC only guarantees the reliability of scores that have been officially certified by the EEMBC Technology Center (ETC). During our certification process, the ETC re-establishes the manufacturer's benchmark environment, verifies all settings, rebuilds the executable, and runs CoreMark according to the specific run rules. EEMBC certification ensures that scores are repeatable, accurate, obtained fairly, and derived according to EEMBC's rules. Scores for devices that have been tested and certified can be searched from our Benchmark Search page.
