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BGA
Surface mount chip package, which uses solder balls for its connectors.
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BGA Socket And BGA Adapter Systems
Mill-Max's BGA Socket/Adapter Systems are used for both socketing BGA devices and interconnecting circuit boards. Systems are available to fit 1mm, .050" and .8mm grid footprints.
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BGA Sockets
Our BGA socket platform takes advantage of the H-Pin®, a high-performance stamped spring probe pin, to provide a pure vertical contact system that meets all BGA design challenges at an enabling cost.
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BGA Sockets
Ironwood has the most comprehensive collection of BGA (Ball Grid Array) sockets that can be used for prototype application, silicon validation, system development, thermal characterization, burn-in application, functional production test, etc. BGA socket can be defined as an electromechanical device, which provides removable interface between IC package and system circuit board with minimal effect on signal integrity. BGA sockets for prototype applications, silicon validations, system development applications uses low cost elastomer contact technology.
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BGA SMT Adapters
Giga-snaP™
Giga-snaP™ 0.75, 0.8, 1.0, and 1.27mm pitch BGA Surface Mount Feet Adapter line of products provide an inexpensive and reliable method for attaching BGA chips to target board. The product line consists of patented female sockets with machined pins epoxy over-molded into an assembly that matches a particular BGA pattern. The epoxy over-molded female BGA socket is soldered to a PCB using standard soldering methods. A corresponding male pin BGA adapter, to which the user attaches their BGA chip, is plugged into the female socket on the board thus interconnecting the chip and the system is ready to go. The SMT adapters have the same solder ball types as the chips they are emulating. These adapters have less than half of the insertion force of competitive adapters, shorter electrical path for highest speed, and can be solder reflowed numerous times. A complete description and drawings of Giga-snaP™ 0.75, 0.8, 1.0, and 1.27mm pitch BGA Surface Mount Feet Adapters can be found at the tables shown below.
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Optical BGA Inspection
Imaging hidden solder joints of BGA, IBGA, FlipChip, CSP, CGA and SMD components
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BGA Rework Station
PDR IR-D3 Discovery
The system is tool free, gas free, instantly/precisely controllable, clean, modular, upgradeable and produces 100% yield BGA rework without any complications. It provides the extremely high levels of profiling and process control necessary for the effective rework of even the most advanced packages, including SMDs, BGAs, CSPs, QFNs, Flipchips and is ready for 0201 and lead-free applications.
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BGA Rework Station
PDR IR-E3 Evolution
The PDR IR-E3 SMT/BGA rework system, using PDR’s patented Focused IR technology, has been specifically designed to cope with the challenges of repairing today’s PCB assemblies.
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BGA Rework Station
PDR IR-E6 Evolution
The PDR IR-E6 SMT/BGA rework system, using PDR’s patented Focused IR technology, has been specifically designed to cope with the challenges of repairing today’s Large PCB assemblies.
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Open Top BGA Sockets
Ironwood has the most comprehensive collection of open top BGA and QFN sockets that can be used for qualification application, silicon FIB testing, system development, thermal characterization, burn-in application, etc. IC socket can be defined as an electromechanical device, which provides removable interface between IC package and system circuit board with minimal effect on signal integrity. Typical packages include BGA, LGA, QFN, QFP, WLCSP, etc. Open top allows access to the top side of IC. Below is an example BGA socket that uses low cost elastomer contact technology.
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BGA Socket Adapter Systems
Advanced Interconnections Corp.
BGA Socket Adapter Systems convert surface mount device packages to through hole (pinned) assemblies, making it easy to plug and unplug SMT devices whether you are planning for future device upgrades, field programming at point of use, or need the ability to quickly swap out device packages in the field or the test lab. Protects valuable PC boards and saves time by eliminating the need to desolder packages during device removal.
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LPDDR3 178-ball BGA Interposer For Logic Analyzers
W3301A
The W3301A LPDDR3 rigid BGA interposer for LPDDR3 178-ball DRAM enables capture of simultaneous read and write traffic at data rates in excess of 1866 Mb/s. E5406A Soft Touch probes and U4201A cables connect the W3301A LPDDR3 BGA interposer into the U4164A logic analyzer module. The W3301A LPDDR3 178-ball rigid BGA interposer allows signal access to the LPDDR3 signals critical to your debug and validation effort through a U4164A logic analyzer. The probe works in existing designs and eliminates the need for up-front planning or redesign. The probe connects directly to the balls of the DRAM using a LPDDR3 178-ball riser (included) or an optional 3rd party socket (not provided), enabling operation and acquisition of LPDDR3 signals.
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DDR4 BGA Interposers, DDR4 DRAM X4/x8 Packages
N2114A
The N2114A DDR4 BGA interposers provide signal access to the clock, strobe, data, address and command signals to the DDR4 BGA package for making electrical and timing measurements with an Infiniium oscilloscope. With the DDR4 JEDEC specification defined at the DRAM ballout, the BGA probe adapter provides direct signal access to BGA package for true compliance testing.
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DDR4 BGA Interposers, DDR4 DRAM X16 Packages
N2115A
The N2115A DDR4 BGA Interposers are soldered in between the DRAM and PC board or DIMM raw card where the DRAM would normally be soldered. They are designed with the PCB or DIMM foot print on the bottom side and the DRAM footprint on the top side. The signals from the memory controller chip and DRAM are then passed directly to the top side of the BGA probe adapter where they can be accessed with the oscilloscope probes.
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DDR3 X16 Non-Stacked DRAM BGA Interposer For Logic Analyzers
W3636A
The W3636A DDR4 x16 BGA interposer allows you to gain signal access to the DDR3 signals critical to your debug and validation effort through a logic analyzer. The probe works in existing designs and eliminates the need for up-front planning or redesign. The probe connects directly to the balls of the DDR3 x16 non-stacked DRAM or with an optional 3rd party socket (not provided) enabling operation and acquisition of high-speed DDR3 signals without impacting the performance of your design.
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DDR4 X4/x8 BGA Interposer For Logic Analyzer, Connects To 61-pin ZIF
W4643A
The W4643A DDR4 2-wing BGA interposer for DDR4 x4/x8 BGA DRAM probing takes full advantage of the quad sample state mode on the U4164A. The W4643A is the smallest BGA interposers for DDR4 x4/x8 DRAM capable of capturing simultaneous read and write traffic at data rates exceeding 3.2 Gb/s. U4208A and U4209A probe/cables connect any W4640A Series DDR4 BGA interposer directly into the U4164A logic analyzer module from 61-pin high density zero insertion force (ZIF) connectors that attach to the W4640A Series BGA interposer wings.
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DDR5 X4/x8 78-ball BGA Interposer For Use With U4164A Logic Analyzers
W5643A
The W5643A DDR5 2-wing BGA interposer for DDR5 x4/x8 BGA DRAM probing takes full advantage of the quad sample state mode on the U4164A. The W5643A is the smallest BGA interposers for DDR5 x4/x8 DRAM capable of capturing simultaneous read and write traffic at data rates exceeding up to 5GT/s for protocol analysis and up to 4Gb/s for DQ capture. U4208A and U4209A probe/cables connect any W5643A DDR5 BGA interposer directly into the U4164A logic analyzer module using 61-pin high density zero insertion force (ZIF) connectors that attach to the W5643A BGA interposer wings.
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DDR4 X16, 2-Wing, Small KOV, BGA Interposer For Logic Analyzers
W4636A
The W4636A DDR4 x16 – 2 wing BGA interposer for 96 ball DDR4 DRAM is designed for data rates up to and including 2.4 Gb/s. The W4636A probes all ADD/CMD/CNTRL and partial DQ/DQS, and it is designed for minimal KOV for space limited systems under test. The W4636A is the least expensive DDR4 BGA interposer for a logic analyzer.
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DDR4 X16 2-wing BGA Interposer For Logic Analyzers, Connects To 61-pin ZIF
W4641A
The W4641A DDR4 2-wing BGA interposer for DDR4 x16 BGA DRAM probing takes full advantage of the quad sample state mode on the U4164A the W4641A is the smallest BGA interposers for DDR4 x16 DRAM capable of capturing simultaneous read and write traffic at data rates exceeding 3.2 Gb/s. U4208A and U4209A probe/cables connect any W4640A Series DDR4 BGA interposer directly into the U4164A logic analyzer module from 61-pin high density zero insertion force (ZIF) connectors that attach to the W4640A Series BGA interposer wings.
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BGA Interposer, LPDDR4 200-ball, 2-wing For Logic Analyzer, Connects To 61-pin ZIF
W6601A
The W6601A LPDDR4 2-wing BGA interposer for LPDDR4 200-ball BGA DRAM probing takes full advantage of the quad sample state mode on the U4164A logic analyzer module it is compatible with. The W6601A is the smallest BGA interposer for LPDDR4 200-ball DRAM capable of capturing simultaneous read and write traffic at data rates in excess of 3.2 Gb/s. U4208A and U4209A probe/cables connect W6601A LPDDR4 BGA interposer directly into the U4164A logic analyzer module from 61-pin high density zero insertion force (ZIF) connectors that attach to the W6601A BGA interposer wings. Refer to the W6601A data sheet for complete list of LPDDR4 signals probed with the W6601A.
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RC BGA Interposer, LPDDR4 200-ball, Rigid, Connects Using 2x U4207A
W6602A
The W6602A LPDDR4 rigid RC BGA interposer for LPDDR4 200-ball DRAM enables capture of simultaneous read and write traffic at data rates and has been tested to 3200 MT/s. Two U4207A zero Ω, 34-channel, soft touch pro, single-ended, 4 x 160-pin direct connect probes are required to connect the W6602A LPDDR4 BGA interposer into two U4164A logic analyzer modules. The W6602A LPDDR4 rigid RC BGA interposer allows signal access to the LPDDR4 signals critical to your debug and validation effort through a U4164A logic analyzer system. The probe works in existing designs and eliminates the need for up-front planning or redesign. The probe connects directly to the balls of the DRAM using a LPDDR4 200-ball riser (included) or an optional 3rd party socket (not provided), enabling operation and acquisition of LPDDR4 signals.
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Socket /Contactor
Verticon® 100 BGA
Johnstech International Corporation
The Verticon® 100 BGA socket /contactor is an elastomer based contactor technology featuring a combined contact profile, and proprietary plating, and solid contact dynamics providing low inductance and stable contact resistance under multiple (production) landing test conditions. The overall design architecture of the Verticon® 100 contactor enables functional test hardware interface compliance as required by precision analog/mixed signal, high speed digital and RF SOCs’ up to the millimeter wave frequency domain.
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Silver Button Sockets
For BGA, QFN, or LGA applications, GTP contact technology provides >94 GHz signal speed and can additionally be used in high cycle life applications such as ATE. These sockets support pitches from 0.2 mm to 1.27 mm. Ironwood's GT sockets are ideal for prototyping and testing almost any BGA device application. These IC sockets provide excellent signal integrity yet remain cost effective. Innovative elastomer interconnect technology that delivers low signal loss (1dB at 94GHz) and supports BGA packages with pitches down to 0.2mm was utilized in these sockets. GT BGA sockets are mechanically mounted over a target system's BGA lands using mounting and alignment holes at proper locations (page 2 of the individual socket drawing shows recommended PCB layout information). These low-profile sockets are only 2.5 mm per side larger than actual IC packages (industry's smallest footprint).
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GHz Elastomer Sockets
Ironwood’s GHz BGA & QFN/MLF sockets are ideal for prototyping and testing almost any BGA or QFN device application. These ZIF sockets provide excellent signal integrity yet remain cost effective. Innovative elastomer interconnect technology that delivers low signal loss up to >40GHz and supports BGA or QFN/MLF pitches down to 0.3mm was utilized in these sockets. GHz BGA sockets are mechanically mounted over a target system’s BGA lands using mounting and alignment holes at proper locations (page 2 of the individual socket drawing shows recommended PCB layout information). These low-profile sockets are only 2.5 mm per side larger than actual IC packages (industry’s smallest footprint). They support IC devices with body sizes ranging from 55mm down to 1mm. Larger body sizes may require a backing plate. If the backside of the target PCB contains capacitors and resistors, a custom insulation plate with cavities cut for those components can be designed. This insulation plate sandwiches between the backing plate and target PCB.
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Test Sockets
BGA/LGA
There are a lot of options when it comes to bench test sockets. Save yourself and your lab time, money and frustration by working with Ardent for truly customized test socket solutions to meet your needs and do the job with high performance, reliability and quick turnaround that you need and deserve.
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Semiconductor Package Inspection System
NIDEC-READ GATS (Grid Array Testing System) series carry out open/leak circuit tests on semiconductor package (MCM/CSP/BGA).
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Pick and Place Test Handler
MT9510 XP / x16
The MT9510 XP / MT9510 x16 is a universal pick-and-place handler for packages such as QFP, BGA, Micro-BGA, CSP, TSSOP, PLCC, PGA, LGA, MLP/MLF.
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X-ray Inspection System
NEO-690Z / NEO-890Z
Off-line Microfocus X-ray Inspection System equipped with PONY ORIGINAL Direct Conversion X-ray Camera; SID-A50. Suitable for inspection of BGA, CSP, and LGA on PCB.
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Signal Integrity Evaluation up to 50 GHz
N5225BT
The N5225BT provides the N5225B 50 GHz PNA, application software including PLTS and Enhanced TDR and accessories for signal integrity evaluation of cables, backplanes, and BGA packages.
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Signal Integrity Evaluation up to 26.5 GHz
N5222BT
The N5222BT provides the N5222B 26.5 GHz PNA, application software including PLTS and enhanced TDR, and accessories for signal integrity evaluation of cables, backplanes and BGA packages.
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PMC Module
PMC-CIV-COM-ISO
User Programmable AlteraCyclone IV FPGA 484 BGA:• Stand alone possibility• Single wide PMC Module• 20 LVDS,2 RS-422,1 RS-232• Optional User clock oscillator
