Amaoe U-GGE1 BGA Reballing Stencil for Google Tensor G2/G3/G4/G5 – Pixel Series CPU

When a Pixel phone comes in dead after a drop or shows a hang-on-logo fault traced back to the SoC, you need a stencil that matches the exact ball pattern on the Tensor package — get it wrong and you're reflowing a chip that never makes contact. The Amaoe U-GGE1 solves this by covering multiple Tensor generations on one tool instead of forcing you to stock a separate stencil for every Pixel model that comes through your workshop.
This is a 0.12mm precision-cut mesh built specifically around the BGA package layouts for Tensor G2, Tensor G3, Tensor G4 (both the F1KZ1Y04 and P050510513 variants), Tensor G5, and the RAM496 memory package. If your bench sees Pixel 7-series through Pixel 10-series boards, this single stencil replaces what would otherwise be four or five model-specific templates cluttering your drawer.
The 0.12mm gauge is thin enough for direct heating on a hot air station without warping, so you place it flush over the CPU or RAM pads, apply solder balls with a scraper, and heat it in one pass. For a technician running a busy repair counter, that single-pass alignment matters — Tensor packages carry a dense ball count, and a stencil with the correct pitch is what separates a clean reball from a chip that lifts off during testing.
Where this stencil earns its place in a workshop is CPU-related dead phone cases: no power, network issue traced to the SoC, or a board that hangs on logo after a software marna attempt failed to bring it back. It's also the right call when RAM-related instability shows up — random reboots, apps crashing on a board that otherwise powers on fine, which often points to a cold joint on the RAM496 package rather than the CPU itself. In both cases, reballing rather than a straight IC change karna approach saves the original chip and avoids sourcing a hard-to-find replacement Tensor unit.
Because Google sources Tensor chips through different fabrication runs across generations, package footprints shift slightly between G2, G3, and G4 variants — this is exactly why Amaoe ships two separate G4 codes (F1KZ1Y04 and P050510513) rather than treating G4 as one uniform layout. The U-GGE1 accounts for that variation instead of forcing a single generic pattern across every Tensor board you see.
Handle it the way you would any fine-pitch stencil: store it flat, avoid folding or creasing the mesh, and clean off flux residue after each use so the holes don't clog with solder buildup. A stencil this precise loses accuracy fast if it's tossed loose in a toolbox with heavier equipment.
For a Pixel-focused repair shop or a service center that takes in a steady mix of Google phones alongside Samsung and Xiaomi work, this stencil is a low-cost addition that directly extends what your existing hot air rework station can already do — no new equipment, just the right template for the job in front of you.