Dell 3040 D7 SFF3 Schematic
Technical Specifications
Technical Summary
The Foxconn D7X02 motherboard is an Intel Skylake platform design dated July 27, 2015, featuring an Intel Sunrise Point PCH. The board supports both DDR4 and DDR3 memory architectures across multiple DIMM slots, with DDR4 CHA0/CHA1 and CHB0/CHB1 configurations alongside DDR3 CHA_0/CHA_1 and CHB_0/CHB_1. Power management is handled by a combination of switching and linear regulators including AOS AOZ2236QI-02 and AOZ2238QI-02, Richtek RT8237EZQW and RT6575BGQW, NCP81203MNTXG and NCP81166MNTBG3 for VCORE and VCCGT, BCD AZ34063UMTR-G1 for -12V, and Diodes AP22802AW5-7 for USB power. The board integrates dual LAN controllers with an Intel Jacksonville and a Realtek RTL8111HSD, a Realtek ALC3234 audio codec, and a Pericom PI5USB2546AZHE USB charging controller. The SIO is a Nuvoton NPCE series, and the TPM module is an SLB 9665. The platform includes a thermal sensor and supports Intel WiFi.
Technician FAQ
Q: What is the board number and platform for this motherboard?
A: The board number is D7X02, and it is an Intel Skylake platform with an Intel Sunrise Point PCH.
Q: What memory types and configurations are supported?
A: The board supports both DDR4 and DDR3 memory, with DDR4 CHA0 DIMM3, DDR4 CHA1 DIMM1, DDR4 CHB0 DIMM4, DDR4 CHB1 DIMM2, and DDR3 CHA_0 (DIMM3), DDR3 CHA_1 (DIMM1), DDR3 CHB_0 (DIMM4), DDR3 CHB_1 (DIMM2).
Q: What LAN controllers are used on this motherboard?
A: The board uses both an Intel Jacksonville and a Realtek RTL8111HSD LAN controller.
Q:
Technical Specifications
| Parameter | Value |
|---|---|
| Brand | Foxconn |
| Motherboard Manufacturer | Foxconn |
| Board Number | D7X02 |
| Date | Monday, July 27, 2015 |
| CPU Platform | Intel Skylake |
| PCH / Southbridge | Intel Sunrise Point (SLP-S/H) |
| LAN IC | Intel Jacksonville |
| LAN IC | Realtek RTL8111HSD |
| Audio Codec | Realtek ALC3234 |
| Charging IC | Pericom PI5USB2546AZHE |
| Charger Architecture | USB Charger |
| Power IC(s) | AOS AOZ2236QI-02, AOS AOZ2238QI-02, Richtek RT8237EZQW, Richtek RT6575BGQW, NCP81203MNTXG, NCP81166MNTBG3, BCD AZ34063UMTR-G1, Diodes AP22802AW5-7, NCP51200MNTXG |
| RAM Type | DDR4, DDR3 |
| RAM Architecture | DDR4 CHA & CHB, DDR3 CH A & B |
| RAM Quantity / Slots | DDR4 CHA0 DIMM3, DDR4 CHA1 DIMM1, DDR4 CHB0 DIMM4, DDR4 CHB1 DIMM2, DDR3 CHA_0 (DIMM3), DDR3 CHA_1 (DIMM1), DDR3 CHB_0 (DIMM4), DDR3 CHB_1 (DIMM2) |
| USB Hub IC | Pericom PI5USB2546AZHE |
| WiFi / WLAN IC | Intel |
| SIO | Nuvoton (NPCE) |
| TPM | SLB 9665 |
| Thermal Sensor | TMPM |
Technical Summary
The Foxconn D7X02 motherboard is an Intel Skylake platform design dated July 27, 2015, featuring an Intel Sunrise Point PCH. The board supports both DDR4 and DDR3 memory architectures across multiple DIMM slots, with DDR4 CHA0/CHA1 and CHB0/CHB1 configurations alongside DDR3 CHA_0/CHA_1 and CHB_0/CHB_1. Power management is handled by a combination of switching and linear regulators including AOS AOZ2236QI-02 and AOZ2238QI-02, Richtek RT8237EZQW and RT6575BGQW, NCP81203MNTXG and NCP81166MNTBG3 for VCORE and VCCGT, BCD AZ34063UMTR-G1 for -12V, and Diodes AP22802AW5-7 for USB power. The board integrates dual LAN controllers with an Intel Jacksonville and a Realtek RTL8111HSD, a Realtek ALC3234 audio codec, and a Pericom PI5USB2546AZHE USB charging controller. The SIO is a Nuvoton NPCE series, and the TPM module is an SLB 9665. The platform includes a thermal sensor and supports Intel WiFi.
Technician FAQ
Q: What is the board number and platform for this motherboard?
A: The board number is D7X02, and it is an Intel Skylake platform with an Intel Sunrise Point PCH.
Q: What memory types and configurations are supported?
A: The board supports both DDR4 and DDR3 memory, with DDR4 CHA0 DIMM3, DDR4 CHA1 DIMM1, DDR4 CHB0 DIMM4, DDR4 CHB1 DIMM2, and DDR3 CHA_0 (DIMM3), DDR3 CHA_1 (DIMM1), DDR3 CHB_0 (DIMM4), DDR3 CHB_1 (DIMM2).
Q: What LAN controllers are used on this motherboard?
A: The board uses both an Intel Jacksonville and a Realtek RTL8111HSD LAN controller.
Q:
Attachments
Last edited by a moderator:
