通富微电框架类封装

通富微电框架类封装

（2025年12月20日更新）Bump Series

Production Overview

芯片采购网专注整合国内外授权IC代理商的现货资源，实时查询芯片库存，合理行业价格，轻松采购IC芯片，是国内专业的芯片采购平台。

TFME is able to provide Solder bump, Cu pillar bump and Gold bump for customer to meet different requirement.

Feature

Solder bump Cu pillar bump Gold bump

- Wafer size: 8 inch / 12 inch - Wafer size: 8 inch / 12 inch - Wafer size: 8 inch / 12 inch

- Bump qty: 2892（MAX） - Bump qty: 1500 pin (max) - Bump qty: 4091/pin (max)
- Structure: 0P1M~2P2M - Structure: 0P1M~1P2M -Structure: 0P1M~1P1M

- Body size: 0.7*0.76~10.7*10.7 mm - Body size: 1.0*1.5~10*10mm - Structure: 0P1M~1P1M

- RDL L/S: min.5um/5um - RDL L/S: min. 5um/5um - Bump L/S: min.10um/8um

Process Capability & Design Rule

Solder bump & Cu pillar

Process Capability & Design Rule

Gold bump

Reliability Test Standards

Solder bump & Cu Pillar bump

Gold bump

Shipment Packing

WLCSP Series

Production Overview
TFME offers various Wafer Level CSP product to customer including Fan in type and Fan out type.

Feature

Fan in WLCSP Fan out WLCSP
- Ball count : 2~309 - Ball count : 36 ~203

- Structure: 1P1M~2P2M - Structure: 1P1M~3P3M

- Body size: 0.6*0.3~7.6*7.6mm - Body size: max 20*20mm
- RDL L/S: min.5um/5um - RDL L/S: min.2um/2um

Process Capability & Design Rule
Fan in WLCSP

Process Capability & Design Rule

Fan out WLCSP

Reliability Test Standards

Shipment Packing

COGCOF Series

Production Overview

TFME is able to provide COG (Chip On Glass) and COF (Chip On Film) services for gold bump drive ICbased on customer requirement.

Process Capability & Design Rule

COG

Process Capability & Design Rule

COF

Reliability Test Standards

Shipment Packing

FCBGAFCLGA Series

Production Overview
Flip Chip interconnection, also knownas Controlled Collapse Chip Connection, C4, has been identified as a high performance packaging solution to meet the growing need for products with increased electrical performance, high I/O, and high system reliability as a replacement for conventional wire bond process. Utilizing whole die area as for electrical connection, substrate I/O per unit exponentially increased vs. perimeter wire interconnection technology.
Flip chip interconnect also allows direct connection with on-die power planes which enables increased electrical performance including increased switching speed and more efficient power distribution to the IC performance at lower operating voltages.

TF-AMD Flip Chip are assembled with single unit laminate which is the highest routing density through build-up technology to maximize the device performance &conventional ceramic substrate for reliability enhanced package solution. Combined with Flip Chip interconnection, TF-AMD provides optimal design flexibility for final package design& product format to fit an end user requirement.TF-AMD offers Flip Chip BGA packages with ball counts up to 3000 & PGA package up to 2000

Application
Flip Chippackage is considered one of the most established industry platform applicable for high pincount and/or high performance ASICs. Large body FC BGA/PGAs provide package solution forComputing (microprocessors / graphic, server), gaming,high bandwidth networking/Communicationdevices. Combined with Flip Chip technology &BGA/PGAlead format, TF-AMD help to enable SMT and also pin insertion application.

Features
Flip Chip BGA/PGA Packaging
Package Types: Bare die, Stiffener, Lidded (Top hat & flat top)

Wafer Node 314/16nm ELK(extreme low K) qualified, 7nm in development.
PackagWurth代理e sizes from 12mm to 55mm (75mm in development)
Die area up to 800mm^2

Lead Free, Eutectic, High-Pb bump for Flip Chip connection
Passive component size down to 01005
High thermal performance solution using Indium metal TIM

Substrate
o 4 – 18 layers laminate build up
o Coreless, 0.2mm, 0.4mm, 0.8mm, 1.0mm available
o High CTE ceramic / LTCC alumina ceramic
o BGA / PGA

Footprints Pitch
o BGA : 0.5mm, 0.65mm, 0.8mm and 1.0mm
o PGA : 1.0mm, 1.27mm

Other Option
o Multi-die capability
o Die binning to waffle pack up to 256 BINs

Flip Chip BGA/PGA Test
Test Product Engineering
o TF-AMD test provides a competitive test solution to our customers ranging from test development, platform conversion, and product maintenance and test data analysis.
o The team has rich test development experience of various product portfolio, including high-end digital, mix-signal, SOC and high speed products.

Adding Value to Customer
o Reduce customer overhead by outsourcing projects / tasks to avoid maintaining a large scale of dedicated team
o Incorporate industrial standard through leveraging best known method from our database & continuous cost saving by driving test time reduction, yield improvement

Service Solutions
o Wafer Sort test development
o Final Test development
o Low cost platform conversion
o Multi-site enablement
o Burn-in capabilities

Test Development Experience
o CPU, APU, GPU
o Chipset
o Digital Audio
o Baseband
o Microcontroller
o LCD Driver
o Touch Panel Driver

ATE platforms and products

Reliability Test Standards

Design Rule
Top Hat Single Piece Lid

Lid size=substrate size-0.2mm

Standard foot sizes
o 2mm for 15-25mm body
o 3mm for 27-31mm body
o 4mm for 33-50mm body

Max 3mm on all four sides (UF will flow under the bend/slant of the HS). Extended design rule allow Max. 2.5mm for the body size ≤31mm

Lid is centered

Cavity depth for 12inch wafer SPL is 0.8mm and total thickness is 1.3mm
o TIM Thickness target: 40um (Max. 100um)
o Adhesive Thickness target: 120um (Max. 200um)
o Lid manufacturing tolerance: +/-50um

Body size<31mm support bare die structure (without stiffener/lid construction)

Packing & Shipping (in house standard)
BGA / PGA (Tray)

FCCSPFCLGA Series当前位置：首页>产品技术封装品种>FCCSPFCLGA Series

Production Overview

TFME offers various FCCSP and FCLGA package based on customer different requirement.

Features
- SiP (FC + SMT + Wire bond) available.
- CUF, MUF available.
- 7N/12N/14N/16N wafer node mass production
- Various substrate technology qualified including SAP, MSAP, ETS, MIS and SLP.
- Fully Turnkey for wafer bumping, probing, assembly, FT available.

ProcessCapability & Design Rule