The GoPro HERO 10 "Kong" was just released
If it wasn't for the milestone edition number, one may consider this camera a "HERO 9+" as the hardware under the hood hasn't changed much. The only major change is the GP2 processor. Hardware-wise, almost everything else, including the sensor, is the same in this iteration. Of course, the power comes from the software advancements and the new powerful imaging pipelines.
With this latest processor, GoPro Inc. is able to step up the frame rates one notch for all the higher resolutions. This is a super nice feature for those capturing high speed content for slow motion processing in post.
With this said, I'm very skeptical about the reliability of this camera being this is the first 64bit architecture camera GoPro Inc. has launched. Their entire 32bit code base was converted for this new processor, and I'm sure there are bugs they have not caught on the conversion. It's difficult converting a 32bit embedded code base that has maturing for 6 to 7 years to a 64bit architecture. With this said, I haven't heard any usability issues from early adopters, but only time will tell.
GoPro Inc. has chosen not to recertify this product with the FCC and has kept the SPBL1 FCC ID. The WIFI/BLE radios reside on the master board so their internal testing must indicate this intentional radiator has not changed. This is a sign that little has changed on this revision.
SPBL1 FCC Teardown Image. GoPro HERO10 Mainboard is just slightly different.
The price tag went way up this year to $499.99 without Subscription and $399.98 with a cancellable 1year subscription. When ordering, I suggest, getting the subscription, upgrading the sdcard for $14.99, and adding an extra battery to your order
GoPro's GP2 Processor
- GP2 is now an ARM ARMV8 running 64bit Linux and 64bit GoPro's application RTOS code on top of Socionext's middleware.
- RTOS provided by Socionext and is T-Kernel.
- The GP2 now has a dedicated GPU licensed from Takumi GV380
- The GP2 is a Socionext Milbeaut M20V "Karine"
- ARM Cortex-A53 with 4 cores
- ASLR is disabled. EL-3 bootloader, EL-1 RTOS
- No news on how the CEVA-DSP based image processor cores have changed.
- Firmware updates are now signed but appears sideloading is possible.
- Upstream has not been updated with this processor and we made a GPL request.
GoPro HERO 9 FCC Internal Photos. The GoPro HERO 10 is very similar as seen below and as per the FCC license. Slimport device (bottom center) has been removed.
Disappointing Lack of Changes
- Same Sony IMX677 1/2.3 sensor.
- Same IMU, WIFI chipset, GPS, master PMIC, and LCDs
- Removal of dspGroup DBMD4. Will not have voice wakeup feature.
- No built-in HDMI, seems removal of discrete Slimport transmitter Analogix anx7816.
- Recording for long durations appears to kill the battery quicker.
- Max Lens Mod does not work at release.
Internal Photos courtesy of Kim Tang
GoPro HERO 10 (left) vs GoPro HERO 9
Internals Photo by Kim Tang @aiyazen
Notice the new PMIC under the GP2 as well as the SAM L22 (left bottom corner) moved to the frontside.
The Slimport has been removed on the GoPro HERO 10
Bottom comparison by Kim Tang
Notice the SAM L22 is no longer on the backside and they removed the dspGroup DBMD4.
- Much more responsive user interface
- 5.3K60 frames per second, 4K120 and 2.7K240
- Local Tone Mapping (LTM) and 3D Noise Reduction (3DNR). Sharpness artifacts and color profiles have been cleaned up a bunch on this release. New "Natural" Color profile.
- Using more of the sensor area for photos 23MP vs 20MP on the HERO9
- Hypersmooth 4.0 / Timewarp 3.0
- Horizontal leveling from 27degrees to 45degrees
- New lens coating, "hydrophobic water-shedding glass"
- Optimized battery usage for shorter segments. In other words, bootup and standby doesn't run all the processors at the highest speed possible, thus conserving power. DDR is running at a lower voltage too.
- Faster USB-C downloading, including directly to your phone.
- 19.6MP still captures from 5.3K 4:3 video (15.8MP from 5.3K 16:9)
The GoPro HERO10 has shaved off a few ounces, but the rest remains the same.
|GOPRO HERO10||GOPRO HERO9|
Code Names & IDS
As always, logs and such will be posted on our GitHub Repo as our research continues.
The GoPro HERO 10 RTOS has a new "Flight Data Recorder" logging platform which should provide a plethora of debugging information.
"GoPro GP2" processor (M20V)
ARMV8 / CEVA DSP / Target ID 0x2751
2GB SDRAM Flipchip
|High performance 2x2 dual-band 802.11ac Wi-Fi with MU-MIMO and Bluetooth 4.2 radios in a single-chip solution.|
|Diagonal 7.85 mm (Type 1/2.3) CMOS Image Sensor with Square Pixel for Color Cameras. 23.91 M effective Pixels. SLVS interface|
|Bosch BMI260 IMU||Accelerometer / Gyro pair 6-axis sensor.|
|UBlox UBX-M8030-CT||GPS Receiver u-blox M8 GNSS chip, WL-CSP47, Standard grade. New gpio for LNA feedback.|
PMIC (Power Management IC) for Socionext.
Power supply, charging, and LED control
|PMIC #2 0v8 AVS regulator|
|Rear LCD, 16.7M-color (368px by 552px)|
|Rear Touch sensor 368px by 552px|
|Sitronix st7796h||Front LCD 320RGB x 480 dot 262K Color|
|Microchip SAM L22||
USB-C PD / Accessory Sentinel / Battery Authentication / Reset Handler / RTC
64Kb Encrypted bootloader & app
Still authenticates Battery and SHA204 as HERO5+
|Protecting against bad chargers, detecting power, usb pin muxing.|
Removed DSP Group DBMD4
"Ultra Low Power Always-On Voice Activation for Any Device" Audio DSP pre-processor. Firmware is the same.
|Removed Analogix anx7816||
Seems Slimport transmitter is now part of GP2
|Samsung KLM8G1GETF-B041||8GB eMMC 5.1 HS400 interface|
1720mAh Rechargeable Lithium-Ion Battery
TI SN27Z562 Fuel Gauge and authentication chip
Li Ion 1720mAh
Checks "Certified by GoPro" Device Name & "Genuine TI SN27Z562" Manufacturer Name which is new
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Thank you! - Hypoxic Team
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