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triangle alert Our manufacturing capacity has been influenced by this pandemic, but our global operations team has been working tirelessly to maximize our output and minimize the impact to all our customers while prioritizing COVID-19 critical response applications. Some part numbers are experiencing delays, but many are not. You can access real-time lead times online within your account, chat, or call us anytime for the latest information. ×

Advanced Package Design

Complete Design & Support for Advanced Packaging Applications

Development
packaging development

Complete support is available from the early stages of the design process, including:

  • Advanced IC Package Design
  • Material Selection & Procurement
  • Assembly Processing / Compatibility
  • Package Reliability / Testing
Prototyping
packaging production

To help get your design to market faster, we offer quick-turn prototyping, along with:

  • Initial Concept Builds
  • Reasonable NREs
  • Industry-Leading Lead-Times
  • Minimized Iterations Save Time-to-Market
Production
packaging prototyping

Full production capabilities support a variety of order volumes and cost-levels:

  • High Yield Automation / Production
  • Repeatability / Process Control
  • Transfer Molding Capabilities
  • Asian Subcontractors Provide Flexibility

CORE PACKAGING CAPABILITIES

PRECISION DIE PLACEMENT

High-speed, high accuracy die placement (to +/- 3 microns)

WIRE BONDING

Ultra-fine pitch, ultra-low profile ball bond, wedge bond or ribbon bond

FINE PITCH FLIP CHIP & JET UNDERFILL

Ultra-high bump count; tight keep-out regions between die

ENCAPSULATION

Encapsulating with dam and fill, glob top or transfer molding

ADVANCED PACKAGING & ASSEMBLY

Advanced substrates, inspection & metrology

Glass substrate manufacturing, fan out technology

2.5D / 3D TxV technology

Wafer Dicing - 2" to 8" capabilities; thicknesses down to 25 μm

Solder Ball Attach for tight pitches down to 0.4 mm

Lid Attach - AuSn solder, glass frit, hermetic, fluidic, optical, custom materials

VIEW TYPICAL DESIGN GUIDELINES
packaging complex wire bond

COMPLEX WIRE BOND

packaging flip chip

FLIP CHIP & UNDERFILL

packaging precision die

PRECISION DIE ATTACH

packaging finishing

FINISHING CAPABILITIES

KEY ENABLING TECHNOLOGIES

Samtec is invested in the development of innovative products and technologies to meet the density and performance demands of next generation microelectronics. Some of our current technologies in development include:

  • Thermocompression Bonding
  • Gold Stud Bumping
  • Anodic Bonding (Wafer-to-Wafer)
  • Transfer Molding (Conventional and optically clear mold compounds)
  • Silicon Photonics and Optics with Ultra-Tight Tolerances
Contact the specialists at Samtec Microelectronics to discuss solutions for your IC Packaging application.
KEY ENABLING TECHNOLOGIES

IC PACKAGING & ASSEMBLY DESIGN GUIDELINES

NOTE

These dimensions are guidelines designed to help release product to manufacturing as quickly as possible. Full capabilities are not limited to the specifications listed below. Please contact SME@samtec.com for applications with tighter requirements.

PRECISION DIE ATTACH

Typical Die Attach Structure & Specifications
  • Minimum distance between surrounding square of fiducial and neighboring objects must be 0.048 mm
  • Gray level contrast between background and fiducial must be a minimum of 100 gray levels out of 256
  • Background of fiducial must not have a structure and background must be single colored gray level
  • Max. die size for dipping: 50 mm x 50 mm
  • No waffle-pack handling for die < 1 mm2
  • Maximum length to width ratio for components: 5:1
  • Saw kerfs must be at least 25 μm and into the dicing tape (through the entire wafer thickness)
  • Die attach materials can be non-conductive, conductive, die-attach-films (DAF) and solder preforms; other processes can be discussed per customer requirements
PRECISION DIE ATTACH
PRECISION DIE ATTACH

FINE PITCH WIRE BOND

Typical Structure & Specifications For Wiring & Substrate Pad Design

Plating and layout requirements for substrate pad design as well as wire parameters:

  • Wedge Bond - ENIG plating is acceptable; typical wire types include Al, Au and Pt
  • Ball Bond - ENEPIG plating is recommended; typical wire types include Au & Cu

Processes that use Au ball bond, require Gold plate per MIL-G–45204, Type III, Grade A, Class 1:

  • 99.9% purity minimum
  • < 90 Knoop hardness
  • 50μ" thick, minimum
PRECISION DIE ATTACH
PRECISION DIE ATTACH

FLIP CHIP & UNDERFILL

Package Size:
  • Min: 10 mm x 10 mm
  • Max: 63 mm x 63 mm
Flux:
  • No-clean fluxes
  • Water-soluble fluxes
  • RMA-based fluxes
Substrate BGA Solder Ball:
  • Min Size: 0.018" dia
  • Max Size: 0.025" dia
  • Material: Eutectic Pb:Sn (37:63) or Pb-Freze
Substrate BGA Pad:
  • Shortest BGA Ball Pitch: 0.80 mm x 0.80 mm
  • Furthest Pitch: No constraint
  • Pad Layout: Any configuration is acceptable
Flip Chip Design Rules
Substrate Stucture

PACKAGE ENCAPSULATION

Typical Structure & Specifications For Package Encapsulation
  • Maximum encapsulation thickness (board surface to top of encapsulation): 0.024" (600)
  • Automated dispense tool heated work area: 12" x 16"
  • Total work area: 20" x 30"
  • Machine positioning accuracy and repeatability: +/- 0.001"
Profile
Typical Package Design Rules
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