3PV8T 03PV8T For Dell G16 7620 OEM 16" QHD+ 165HZ Touch Screen Assembly Complete
Dell G16 7620 16" QHD+ 165Hz Assembly — Photo Walkthrough
Part 3PV8T / 03PV8T · Dell G16 7620 (2022, Intel 12th Gen H-Series) · 16.0" QHD+ 165Hz · Non-Touch
The G16 7620 is the machine where Dell stopped treating the G-series as a budget line. A 16.0-inch QHD+ panel at 165 Hz on a 16:10 canvas is a genuine step up from the FHD 16:9 screens of the generation before it, and it is the specification that makes this laptop worth repairing when the lid takes a hit.
This is the complete hinge-up assembly: LCD panel, outer shell and back cover, both hinges, the internal webcam unit and the LCD video cable all arrive fitted. No panel bonding, no bezel adhesive work, no camera transplant — which is also why this route carries far less risk than a bare-panel swap on a 16-inch machine.
1. The complete machine
This is the machine the assembly belongs to, running its factory QHD+ panel, and it is the reference for every figure in the table below. The detail that decides fitment is the aspect ratio: this is a 16:10 chassis, so a 1920×1080 (16:9) 16-inch panel from the previous generation sits wrong in the bezel no matter how closely the diagonal matches.
2. The assembly, front face
Face-on with the screen off, a non-touch panel declares itself immediately: the surface is matte anti-glare, with no glass overlay and no reflection of the room behind you. That finish is the practical difference between this part and the touch assemblies sold for other Dell 16-inch chassis — and it is also why this assembly is lighter and cheaper.
Everything else is visible in a single frame. The bezel is seated, the Dell wordmark sits on the lower bezel, both hinges are mounted at the bottom corners, and the video cable runs out along the base with its connector bagged at the end. A complete assembly photographed this way is what a shop should be buying: no parts to transfer, no bezel to source separately.
3. Cable label and connector
This is the photo to ask for before buying sight-unseen. The label reads DP/N: 03PV8T CM C00, with the alternate string CN03PV8TCM C00 and the lot code 59MMK029A00 beneath it, taped to the video cable beside its connector. On a part that circulates under two similar DP/Ns — 3PV8T and 03PV8T — a legible label settles which one you actually have, and it ties the physical assembly to the listing. Note also the DDS tag on the camera branch: that is why this cable carries two heads rather than one.
4. Hinge, left side
The hinge is a bright metal bracket, pre-mounted and factory-tensioned, with a four-hole fixing plate and a slim pivot shaft running into the shell. On a 16-inch gaming lid the torque is high by design — the panel is large and the machine is opened and closed constantly — so these brackets do real work. Never loosen one to make fitting easier: the lid will drift under its own weight within weeks, and no amount of cable reseating fixes it.
5. Hinge, right side
The right side mirrors it — same plate, same pivot, same finish. The pair must come from the same assembly: hinge-to-lid misalignment is one of the few faults that survives a repair, leaving a lid that closes unevenly or sits proud at one corner, and it cannot be adjusted afterwards. If you are building one good unit out of two, keep both brackets from the same donor.
6. Webcam in the top bezel
The top bezel carries a single camera module with its indicator and microphone openings. It is worth being precise about what this is: the G16 7620 uses a standard HD webcam, not an infrared array, so there is no Windows Hello face recognition on this chassis and none should be promised. A listing that advertises "IR camera" on this machine creates a support problem the moment the buyer tries to enrol a face.
The module is included and pre-fitted, which is more than many "complete" assemblies offer — a blank camera window is one of the most common omissions on cheaper listings, and it is only discovered at reassembly.
7. Lid exterior
Finally, the outside. The lid is a dark grey soft-touch finish with the circular Dell badge centred, both hinges flush in their recesses, and the camera/video cable routed across the inner face. Check all four corners specifically — that is where a dropped laptop takes its damage, and a dented corner is a visible defect on a gaming machine even when the panel itself survives. The cable should sit inside its channel rather than beside it; a lead trapped between shell and hinge gets pinched the moment the lid closes.
The specification in short
16.0-inch QHD+ at 2560 × 1600 on a 16:10 canvas, IPS/WVA panel at 165 Hz and 300 nits, non-touch with a matte anti-glare finish. Supplied as a complete hinge-up assembly with the LCD panel, outer shell and back cover, left and right hinges, internal webcam unit and LCD video cable already fitted. Part 3PV8T / 03PV8T, for the Dell G16 7620.
It fits the G16 7620. The G16 7630 that followed uses a different assembly, and neither the G15 551x nor the Alienware 16 chassis interchange — check the service tag rather than the model name, because "G16" is used loosely in the channel for machines spanning several generations.
Before you fit it
- Disable the internal battery in BIOS first — F2 at the Dell logo, Power Management, Disable Built-in Battery — then remove the base cover and disconnect the battery lead. Do not assume a powered-down laptop is de-powered.
- Confirm non-touch before ordering. This panel has no digitizer, and the G16 7620 was never offered with a touch option — a listing that calls it a touch assembly is describing a part that does not exist for this machine.
- Photograph the video cable and antenna routing before removal. Both follow fixed paths through the hinge area, and re-taping them wrongly puts tension on the connector.
- Support the lid with one hand throughout removal. A 16-inch assembly is heavy and the hinge torque is high — a dropped lid cracks the back cover corner even when the panel survives.
- Handle by the edges only. Pressure on the centre of the panel creates permanent mura, and pressure damage is not covered.
- Test at 165 Hz specifically. After assembly, open display settings and confirm the refresh rate reaches 165 Hz — a correctly fitted but lower-spec panel will show 60 Hz only, and that is a return rather than a repair.
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