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Brand: AMAOE

Amaoe Google Tensor G3/RAM For Google Pixel 8 9 Pro XL Stencil

Amaoe Google Tensor G3/RAM For Google Pixel 8 9 Pro XL Stencil

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Tensor G3 CPU and RAM Reballing Stencil for Pixel Board Repair

The Amaoe Google Tensor G3/RAM For Google Pixel 8 9 Pro XL Stencil gives you a dedicated ball pattern for reballing the Tensor processor and its stacked RAM on Pixel motherboards. When a Pixel lands on your bench as a dead phone, stuck in a boot loop issue, or hanging on logo after a drop, a cracked BGA joint under the CPU often sits at the root of the fault. This steel stencil lets you rebuild those joints cleanly, layer by layer, so the chip seats flat and conducts properly. You get a stencil made for this exact job instead of masking and trimming a generic sheet to fit.

SKU:MST-SOLDERING-ACCESSORIES-1120

⚖️ Weight: 0.6 kg

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Description

Pixel board work leaves no room for guesswork, and the Amaoe Google Tensor G3/RAM For Google Pixel 8 9 Pro XL Stencil targets one specific job: reballing the Google Tensor processor package and its memory on the Pixel models Amaoe names on the product. Google built the Tensor G3 as a package-on-package assembly, with LPDDR5 memory stacked directly on top of the processor. That stacking changes how you approach the repair, because a CPU job on these phones is really a two-layer job. You deal with the joints between the board and the processor, and you deal with the joints between the processor and the RAM that rides on top of it.A Pixel usually reaches your bench in one of three states: a dead phone with no current draw, a phone that powers on and hangs on logo, or a phone stuck in a boot loop issue that no software flash fixes. Once you rule out the battery, the charging path, and a firmware fault, the BGA joints under the CPU become the next suspect. A hardware fault at this level never responds to box work or repeated flashing. You lift the chip, clean both surfaces, and reball it. The quality of that reball decides whether the phone comes back to life or returns to your counter a week later with the same complaint.A dedicated stencil keeps every ball exactly where the pad pattern expects it. Generic universal sheets force you to mask off unused holes, and on a dense application processor that improvisation costs time and creates solder bridges. With a pattern cut for the Tensor package, you align the stencil over the chip, apply paste or loose balls, and reflow with hot air at a controlled temperature. The RAM pattern works the same way for the memory layer, so you handle both parts of the stack with matching precision instead of improvising on the second layer.A clean bench routine for this stencil runs in a clear order. Preheat the board on a PCB holder or preheater to reduce thermal shock, then lift the CPU with your hot air station and fresh flux. Clean the old solder from the board pads and the chip with a quality desoldering wick, and keep the iron moving so you protect the pads from lifting. Lock the chip into a reballing platform, place the Amaoe stencil on top, spread solder paste evenly across the holes, and heat until the balls form. Let everything cool fully before you lift the stencil, inspect each row under your microscope, and correct any missing or oversized ball before the chip goes back on the board.
The stencil uses steel construction, so it holds its flat shape across repeated heat cycles when you treat it properly. Clean it with isopropyl alcohol after every job and store it flat to keep the holes clear and the sheet straight. A warped or clogged stencil gives you uneven balls, and uneven balls give you an open joint that shows up later as a random restart, a network issue, or a charging issue that seems unrelated to the CPU. A few seconds of cleaning protects every future repair you do with it.Check the fit honestly before every job. Lay the stencil over the chip on your board and confirm the ball layout matches before you commit paste to it. Never assume compatibility with other Pixel models based on the name alone, because one wrong guess on a flagship processor costs you the chip and the customer’s trust.
Pair this stencil with the rest of your BGA kit for consistent results. A reballing platform or magnetic stencil holder keeps alignment steady, a hot air station with stable airflow controls the reflow, and a stereo microscope lets you inspect every row before reinstallation. Good flux and quality solder paste matter as much as the stencil itself. When your shop starts handling regular Pixel CPU work, a preheater or a full rework station makes the natural upgrade, since it takes the guesswork out of heating large, dense packages evenly.Pixel phones now show up regularly on Pakistani repair benches, and most shops still turn away CPU-level Pixel faults. A dedicated Tensor stencil turns that risky job into a repeatable one. You quote the CPU repair with confidence, finish it faster, and hand the phone back working. Order it from KB GSM Store and keep it ready in your stencil drawer for the next Pixel that comes in dead.

Key Features

  • Dedicated BGA ball pattern for the Google Tensor G3 processor
  • Separate RAM pattern for the memory stacked on the Tensor package
  • Designated by Amaoe for Google Pixel 8 and Pixel 9 Pro XL boards
  • Steel construction that holds flat through repeated reflow cycles
  • Removes the need to mask or trim generic universal stencils
  • Works with solder paste or loose solder balls
  • Fits standard reballing platforms and magnetic stencil holders
  • Reusable after cleaning with isopropyl alcohol

Specifications

Brand Entity Amaoe
Product Entity Amaoe Google Tensor G3/RAM For Google Pixel 8 9 Pro XL Stencil
Technology Entity BGA reballing, package-on-package (PoP) chip rework
Compatible Device Entities Google Pixel 8, Google Pixel 9 Pro XL, Google Tensor G3
Repair Process Entity CPU reballing, RAM reballing, BGA rework, chip removal and reinstallation
Industry Entity Mobile phone board-level repair

Compatible Devices

  • Google Pixel 8 (Tensor G3)
  • Google Pixel 9 Pro XL (per Amaoe product designation)
  • Google Tensor G3 processor and its stacked RAM package

Common Repair Uses

  • Reballing the Tensor CPU after lifting it for a dead phone or no-power fault
  • Re-seating the processor for boot loop and hang-on-logo faults caused by cracked BGA joints
  • Reballing the stacked RAM during processor and memory separation work
  • Restoring the chip after board-level work under the processor area
  • Transferring a donor CPU from a scrap board to a customer board

FAQ

What is the product name?
The product name is Amaoe Google Tensor G3/RAM For Google Pixel 8 9 Pro XL Stencil.
What is the brand of this product?
The brand of this product is Amaoe.
What is the model of this product?
The model of this product is the Amaoe Google Tensor G3/RAM stencil for Google Pixel 8 and Pixel 9 Pro XL.
What is this product used for?
This product is used for reballing the Google Tensor G3 processor and its stacked RAM during Pixel motherboard CPU repair.
Which devices are compatible with this product?
This product is compatible with Google Pixel 8 and Google Pixel 9 Pro XL, as designated by Amaoe.
Who should use this product?
This product is suitable for mobile repair technicians, repair shops, service centers, and professional users.
Why does a Tensor G3 CPU job need both a CPU and a RAM pattern?
The Tensor G3 is a package-on-package chip with LPDDR5 memory stacked on top of the processor, so a full rework means reballing both layers, and this stencil carries patterns for each.
Can I use this stencil on other Pixel models with a Tensor chip?
Amaoe designates it only for the Pixel 8 and Pixel 9 Pro XL, so always lay the stencil over your chip and confirm the ball layout matches before applying solder to any other model.