rtx 4070 super schematic
There is not one universal public “RTX 4070 Super schematic.” In practice, you need the exact board vendor and PCB revision: NVIDIA sold a Founders Edition, and the RTX 4070 SUPER was also released in many custom AIB versions from ASUS, MSI, Gigabyte, Zotac, PNY, Palit, and others, each with potentially different PCB layouts and power circuitry. NVIDIA’s public pages expose specs and compatibility information, but the schematic/boardview files that appear on the web are generally model-specific third-party repair resources, not a single official generic circuit diagram. (nvidia.com)
Key points
The phrase “RTX 4070 Super schematic” is ambiguous for repair work because the GPU name identifies the silicon class, but not the exact board. NVIDIA’s own material shows that the RTX 4070 SUPER existed both as a Founders Edition and as numerous custom partner boards. NVIDIA also explicitly notes that graphics card specifications vary by add-in-card manufacturer. (nvidia.com)
At the GPU level, the RTX 4070 SUPER platform is defined by NVIDIA as a 12 GB GDDR6X, 192-bit, 220 W class product with 7168 CUDA cores, PCIe Gen 4 support, and standard display connectivity of 1x HDMI + 3x DisplayPort on the reference/FE spec sheet. That gives you the functional envelope, but it still does not uniquely define the board-level schematic. (nvidia.com)
From a repair-engineering standpoint, the board normally decomposes into these blocks:
| Functional block | Typical content |
|---|---|
| Input power | PCIe slot power + supplementary GPU power connector |
| Primary VRM | Multi-phase GPU core supply |
| Memory VRM | GDDR6X supply rail(s) |
| Auxiliary rails | Logic, controller, EEPROM, display/IO rails |
| GPU section | AD104-based RTX 4070 SUPER GPU |
| VRAM section | 12 GB GDDR6X on a 192-bit bus |
| IO section | PCIe edge connector, HDMI, DisplayPort, BIOS, fans, sensors |
That block-level view is common across 4070 SUPER boards, but the controller ICs, phase count, component placement, test points, and enable sequencing details can vary significantly from one vendor board to another. NVIDIA’s own documentation warns that actual shipping specifications may vary by board partner. (nvidia.com)
A good concrete example is ASUS’s RTX 4070 SUPER Dual board analysis: public review data shows an 8-phase GPU VRM managed by uPI uP9512R, using Vishay SiC653A 50 A DrMOS, plus a 2-phase memory VRM managed by uPI uP9529Q. That is useful for reverse engineering or diagnostics, but it applies to that PCB, not automatically to MSI, Gigabyte, PNY, or Zotac versions. (techpowerup.com)
As of April 17, 2026, web-visible results still point mainly to model-specific repair resources rather than a single official NVIDIA schematic package. Current searchable examples include:
That pattern is typical for modern GPUs: official vendor documentation focuses on product specs, installation, and compatibility, while repair-oriented schematic/boardview material circulates separately and usually targets one board revision at a time. NVIDIA’s public RTX 4070 SUPER pages provide the official product specification layer, not a service schematic library. (nvidia.com)
A second current trend is that reviewers increasingly publish high-resolution PCB photos and partial PCB analysis, which can be nearly as valuable as a full schematic for locating VRM controllers, memory power stages, BIOS devices, and sense components. The ASUS Dual RTX 4070 SUPER review is an example of this. (techpowerup.com)
For troubleshooting, the most important distinction is:
A useful analogy is motherboard repair: asking for a “Z790 schematic” is too broad; you need the exact board and revision. The same is true here.
If your card is close to the ASUS Dual design, the public PCB analysis already gives meaningful hints:
For base platform identification, NVIDIA’s reference data for the RTX 4070 SUPER is:
Schematic and boardview files for recent GPUs are often treated as proprietary service information. From an engineering and compliance perspective, you should verify that any file you obtain is being used in a manner consistent with the source’s terms and your local IP rules. Also, do not assume a downloaded file is correct merely because it matches the GPU family name; board-revision mismatch can cause repair mistakes. NVIDIA explicitly notes that specifications vary by add-in-card manufacturer. (nvidia.com)
If you want the right schematic or boardview, do this:
Identify the exact card
Search by PCB code
MS-V513 R1.0, GV-N407TGAMING-OC-12GD, etc. (thetechstall.com)Use boardview tools
.brd, .fz, .bv, or related formats.Cross-check against high-resolution PCB photos
If no exact schematic exists
If you want, I can help in one of three ways:
Find the closest matching schematic/boardview
Send the exact manufacturer and PCB code.
Build a functional schematic from photos
Send clear front/back PCB photos and I can map:
Create a repair-oriented power tree I can draw a practical expected sequence for:
The correct answer is: there is no single public generic “RTX 4070 SUPER schematic.” You need the exact AIB model and PCB revision. NVIDIA publicly provides product/specification information for the RTX 4070 SUPER, while web-available schematic/boardview resources are typically third-party and model-specific, such as MSI MS-V513 or Gigabyte GV-N407TGAMING-OC-12GD entries. (nvidia.com)
If you send me the exact card model or a PCB photo, I can narrow it down and give you the closest schematic/boardview or reconstruct the board’s power topology.
User question
Looking for msi 4070ti ms v513 ver 1.0
Artificial Intelligence Response
Direct answer to the question
Yes — MS-V513 Ver 1.0 is a real MSI PCB family associated with RTX 4070 Ti cards, not just plain RTX 4070 boards. MSI’s own repair-information index lists both RTX 4070 Ti VENTUS 3X 12G OC_MS-V513-10_SPEC and RTX 4070 Ti GAMING X TRIO 12G_V513-20_SPEC, and MSI also has a CE declaration naming Model No. MS-V513 for the GeForce RTX 4070 Ti GAMING X TRIO 12G. (wx.msik.com.cn)
If you are specifically looking for a schematic/boardview, the commonly indexed public/community file I found is titled “MSI RTX 4070 Gaming X Trio 12G MS-V513 R1.0 Schematic” on repair forums, so you must verify the silkscreen on your physical PCB before trusting that file for a 4070 Ti repair. (bioshelp.com)
Key points
Detailed problem analysis
Your query, “Looking for msi 4070ti ms v513 ver 1.0,” can mean one of three things:
From an electronics-repair perspective, the first step is to separate retail model name from PCB family code.
MSI’s own repair-information catalog shows that V513 is used across multiple 4070 Ti products, including:
That means MS-V513 is not unique to only one exact cooler or retail SKU. This is important because:
This is why, before using any file, you should inspect the board itself for:
If your board physically says MS-V513 VER:1.0, then V513 documentation is relevant. If it says a different code, do not rely on V513 as a definitive map. (wx.msik.com.cn)
Current information and trends
What I could verify today is:
Engineering interpretation: the V513 board family definitely exists in the MSI 4070 Ti ecosystem, but the exact public schematic copy you are likely to find online is usually posted under a 4070 Gaming X Trio title, so it must be validated against your exact board. (wx.msik.com.cn)
Supporting explanations and details
Why the naming is confusing
MSI commonly uses:
So a technician may see:
These are related, but not identical identifiers. A BIOS file or schematic that matches one identifier does not automatically match all others.
BIOS evidence
The strongest cross-check is the VBIOS internal string:
That is useful because it ties the 4070 Ti products to the V513 family.
What this means practically
If you only need:
then a V513 R1.0 schematic may be enough to start troubleshooting.
If you need:
then you need the exact matching revision and variant.
Ethical and legal aspects
Practical guidelines
If you are looking for the schematic
Search by the exact string:
The indexed community hits I verified are forum/resource pages, not official MSI schematic releases. (bioshelp.com)
If you are looking for the correct BIOS
Use the card’s:
MSI’s support portal is the safest starting point for product identification, and TechPowerUp’s entries should be treated as cross-reference material rather than first-choice source for flashing. (msi.com)
If you are doing board repair
Before power injection or BIOS flashing, check:
Possible disclaimers or additional notes
Suggestions for further research
To get an exact match, I recommend checking one of these identifiers from the board or GPU-Z:
If you send me any of the following, I can narrow it down much more precisely:
Brief summary
If you want, I can do one of two things next: