Imagine you could test a whole car infotainment system without building a prototype first. The Lantronix ADP-8295-IVI-T, Snapdragon SA8295P, Automotive Development Platform gives you that power. It is a complete hardware board that lets engineers design, validate, and debug automotive software in a lab. Many teams waste time and money on hardware bugs that only appear later in a vehicle. This platform stops that problem early, saving cost and keeping schedules on track.
Lantronix ADP-8295-IVI-T, Snapdragon SA8295P, Automotive Development Platform
The biggest hurdle in car electronics is getting reliable performance while meeting safety standards. Without a dedicated board, developers struggle to test graphics, video, and sensor integration together. This platform solves the issue by bundling a high-performance Snapdragon SA8295P processor, safety MCU, and all the I/O you need. You get a ready-to-run system that mimics a production vehicle, so you can catch errors early and move faster to production.
Key Features
- Snapdragon SA8295P SIP with Kryo 695 CPU.
- Adreno 695 GPU for high-performance graphics.
- Spectra 395 ISP and Adreno 665 VPU for ultra-HD video.
- Dual-ARC HS46 safety CPUs in lock-step mode.
- 16 GB LPDDR4X SDRAM at 2133 MHz.
- Two UFS 3.1 gear 4 storage lanes and optional NVMe PCIe.
- Wi-Fi 6 + Bluetooth 5.2 dual-MAC with 1774 Mbps PHY rate.
- Three DisplayPort outputs, four embedded DP, and two MIPI DSI links.
- Four 4-lane MIPI CSI camera interfaces.
- Four CAN-FD, two LIN, and Ethernet (1 x GbE BaseT1, 2 x 100 BaseT1).
- Six Class D audio amplifiers, four analog/MIC inputs, and two A2B ports.
- Integrated gyroscope, accelerometer, and magnetometer sensors.
Specifications
| General |
|
| Product |
SA8295P Automotive Development Platform |
| Processor |
|
| Processor |
Snapdragon™ SA8295P SIP |
| CPU |
Qualcomm® Kryo™ 695 CPU built on Arm v8 Cortex technology |
| GPU |
Qualcomm® Adreno™ 695 GPU for the highest in graphics performance and power efficiency |
| ISP |
Qualcomm® Spectra™ ISP 395 image processing engine |
| VPU |
Adreno 665 VPU for high-quality, ultra HD video encode and decode |
| DPU |
Adreno DPU 1199 for ultra HD multi-display support |
| Safety Manager |
Dedicated Safety Manager Subsystem equipped with dual ARC HS46 CPU in lock-step mode |
| Safety MCU |
|
| Safety MCU |
1x Aurix TC397XX |
| Memory |
|
| Memory |
Eight-channel high-speed memory – 2133 MHz LPDDR4X SDRAM
with optional low-power features (8 × 16-bit); 16 GB
|
| Storage |
|
| UFS |
Two UFS 3.1 gear 4 – 2 lanes for on-board memory (UFS0 as boot up device) |
| NVMe |
NVMe via PCIe (not-bootable) |
| Audio |
|
| Analog Output |
Six Class D Amplifier Analog OUT |
| Analog / MIC Inputs |
Four Analog/MIC Inputs |
| A2B |
Two A2B |
| Power |
|
| Power Supply |
6 V to 20 V DC, typical 12 V DC |
| Camera |
|
| Camera |
Four 4-lane MIPI CSI configurable in 4 + 4 + 4 + 4 or split 2s configuration |
| Display |
|
| DisplayPort |
Three DisplayPorts, one of them shared with USB 3.1 |
| Embedded DisplayPort |
Four 4-lane embedded DisplayPort v1.4b |
| MIPI DSI |
Two 4-lane MIPI DSI D-PHY v1.2 |
| Connectivity |
|
| Wi-Fi / Bluetooth |
Wi-Fi 6 (802.11ax) + Bluetooth 5.2 Dual MAC MIMO + MIMO (QCA6696) |
| Radio Configuration |
Dual-band dual-MAC radios for concurrent 2×2 MIMO 2.4 GHz + 2×2 MIMO 5 GHz operation |
| Maximum PHY Rate |
Combined simultaneous maximum PHY rate of 1774 Mbps |
| Ethernet |
1x 1000 BaseT1 |
| Ethernet |
2x 100 BaseT1 |
| I/O |
|
| CAN-FD |
4x CAN-FD |
| LIN |
2x LIN |
| Sensors |
|
| Gyroscope / Accelerometer |
ASM330LHH |
| Magnetometer |
AK09917D |
| Test and Debug |
|
| JTAG |
SoC, VIP |
| USB Debug |
UARTs |
| Test Automation |
Supported |
| Software |
|
| OS Support |
Linux Kernel v5.4, Yocto Project baseline 3.1 |
| Type |
SA8295P Automotive Development Platform with
Thermal Enclosure Configuration |
