Descriptions
Amkor's TapeSBGA technology combines SBGA thermal performance with the benefits
of one metal layer flexible circuit tape. Like the SBGA package, TapeSBGA offers
a high-power solution for design engineers with the additional benefits of low
profile and cost effectiveness in a cavity down package.
Applications
This technology is especially applicable for your high-speed, high-power
semiconductors, such as ASICs, Microprocessors, Graphic Chips, DSP and FPGA
requiring high-performance packages. HPBGA technology fills the demand for high
-speed, high-power, and space requirements of High end workstations, servers,
data communications, PLDs (Programable Logic Devices), Cable modem controllers,
digital set-top boxes (STB), internet routers and other advanced end
applications.
Features
- Custom packages in body sizes ranging from 23 x 23 mm to 45 x 45 mm
- 1.0 & 1.27 mm ball pitches available
- Ball counts ranging from 168 to 1036
- Superior thermal performance - 10% better than the SBGA
- Enhanced electrical performance > 1 GHz
- Excellent reliability
- Low Profile (1.40 mm mounted)
- Facilities up to 7 ball rows
- Light weight
- Quickest design-to-prototype delivery
- Highest thermal performance, 1 Metal layer flex based cavity down BGA
Process Highlights and Standard Materials
- Wafer Mount: UV Tape
- Wafer Diameter: 4, 5, 6, 8 Inches
- Target Wafer Thickess: 356 µm +/-51 µm
- Saw and Clean: CO2 Bubbler
- Die Attach/Cure: AMK-02 / 150°C, 30 min.
- Substrate: Single metal layer polyimide tape
- Wire Bond: 0.8, 1.0, mil dia., Au
- Solder Balls: 63 Sn / 37 Pb
- Encapsulation/Cure: Hysol 4450SF / 110°C, 1 hour
- Marking: Laser / Ink
- Pack / Ship Options: JEDEC trays / Dry Pack Optional
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