There’s a speedometer, a compass, a protractor and even a heart rate monitor. We found the usual app bundle located in the aptly named digital toolkit.
Flir lepton 3 pro#
In general the overall performance of the device was on par with that of other P90-based smartphones ( Ulefone Armor 7E (opens in new tab), Blackview BV9900 Pro (opens in new tab), Ulefone Armor 7 (opens in new tab) or Doogee S95 (opens in new tab)) but was behind in storage tests, which impacted one of our main benchmarks, PC Mark slower eMMC memory could be blamed.
Flir lepton 3 android#
The Armor 9 runs on a clean, stock version of Android 10. Geekbench: 396 (single core) 1486 (multi core)Īndrobench (sequential): 308 (sequential read) 245 (sequential write)Īndrobench (random): 75.1 (random read) 30.9 (random write)ģDMark Slingshot Extreme: 1183 (OGL) 1472 (Vulkan) This is how the Ulefone Armor 9 performed in our suite of benchmark tests:
Optionally, you can purchase a back clip, a sling, an arm band or a holder to carry the Armor 9 around. We also received an 18W (9V,2A) charger with a tempered glass screen protector, an OTG cable and an adaptor inside the box.
Flir lepton 3 full#
That is paired with 8GB of RAM, 128GB storage, a big 6,600mAh battery, a 6.3-inch full HD display with a 2340 x 1080 pixel resolution, a triple rear camera setup (64-megapixel, 5-megapixel and 2-megapixel), a front 8-megapixel sensor, 802.11ac Wi-Fi and Bluetooth 5.0. For now, the Armor 9 sports a Helio P90 SoC which packs eight CPU cores and an IMG PowerVR GM9446 GPU cluster. Ulefone has already confirmed that there will be a 5G phone coming later this year, the Ulefone 8 5G, which will use a Mediatek Dimensity SoC. I found a partial fix adding spidev.bufsiz=131072 sentence to /boot/cmdline.txt (thnx to Luke Van Horn) now the image is not splitted in 4 bands (maybe they are just 2 but more in synch) but the frame rate is still poor (0.5 - 0.25Hz).The Ulefone Armor 9 that was shipped to us came with the following hardware:įirst, the relatively big disappointment has to be the fact that there’s no 5G. Of course I tried with a different RPi0W unit without any appreciable difference. I don't think it's a problem of hardware resources since top CPU load during my test on RPi0W was never over 30%. I had no issues using the same configuration on Raspberry Pi 3 B+, video frames are played at the maximum rate (~9Hz) without any visible artifacts.
Flir lepton 3 code#
Of course I tried the code reported along youtube video but the result is always the same (except for the color palette). Someone tried succesfully the same configuration? I know someone did since there's a video of my same configuration running fine: I tried also changing CE0 with CE1 (and changing spi device code accordingly) without any positive effect as it was obvious.
I tried also with more Lepton3 specific code without more luck (same issues). The application is not reporting any error/exception during execution. I think is some kind of problem of SPI bandwidth or loss of synchronization. more probably 0.25 Hz) picture looks like is dived in 4 bands and mixed in the wrong order or taken with a different timing (attached a sample). I'm trying to use raspberrypi_video application from this (official) repository:Įverything complied correctly after installing all required libs and after a little rework to adapt the code to the Lepton3 module (different picture size among other) I can see frames coming out but the rate is poor (well below 9Hz. I2C and SPI busses have been enabled trough raspi-config. I followed all official FLIR recomendations: connected Lepton module to Raspberry in the correct way ( SPI0 port, CE0 as CS pin). I'm trying to use FLIR Lepton 3 module with Raspberry Pi 0 W board running Raspbian 9 Stretch.
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