Technical Library | 2023-01-17 17:58:36.0
Heterogeneous integration has become an important performance enabler as high-performance computing (HPC) demands continue to rise. The focus to enable heterogeneous integration scaling is to push interconnect density limit with increased bandwidth and improved power efficiency. Many different advanced packaging architectures have been deployed to increase I/O wire / area density for higher data bandwidth requirements, and to enable more effective die disaggregation. Embedded Multi-die Interconnect Bridge (EMIB) technology is an advanced, cost-effective approach to in-package high density interconnect of heterogeneous chips, providing high density I/O, and controlled electrical interconnect paths between multiple dice in a package. In emerging architectures, it is required to scale down the EMIB die bump pitch in order to further increase the die-to-die (D2D) communication bandwidth. Aa a result, bump pitch scaling poses significant challenges in the plated solder bump reflow process, e.g., bump height / coplanarity control, solder wicking control, and bump void control. It's crucial to ensure a high-quality solder bump reflow process to meet the final product reliability requirements. In this paper, a combined formic acid based fluxless and vacuum assisted reflow process is developed for fine pitch plated solder bumping application. A high-volume production (HVM) ready tool has been developed for this process.
Industry News | 2023-06-12 21:14:11.0
The 2023 Beijing Intelligent Manufacturing and SMT Technology Exchange Conference, hosted by the Intelligent Manufacturing Committee of the Beijing Electronics Society, was successfully held in Beijing on May 25th. HELLER was honored to be invited and actively participated by sharing their cutting-edge technology and expertise.
This elevator format oven utilizes vertical space to accomodate curing applications of up to 4 hours while only occupying 96" (2.5m) of floorspace. Perfect for underfill and encapsulant.
Industry News | 2017-05-03 23:42:40.0
GPD Global offers a breakthrough in uniform fluid dispensing and repeatability by ensuring a consistent fluid supply to the pump regardless of reservoir size or fluid level.
Industry News | 2016-07-16 13:32:29.0
Advanced dispense technology is available for integration into your dispensing system. Continuously Volumetric, drip-and-drool free dispense technology can now be retrofitted into your dispense robot. GPD Global's Volumetric PCD pumps ensure the success of applications like underfill, LED encapsulation, solder mask, silicones, conductive ink, conformal coatings, and more. Improve your throughput and yields by retrofitting a Volumetric PCD Pump into your dispense system to simplify the dispense process.
Industry News | 2016-08-25 17:56:34.0
GPD Global's advanced Precision Auger Pump retrofits into your dispensing system to provide excellent dispense control and repeatability. Precision Auger Pump Integration provides your process development with a broad range of functionality.
Industry News | 2019-01-09 21:58:38.0
GPD Global will exhibit at IPC APEX EXPO 2019. Stop by Booth 2915 to see live demonstrations of machines and equipment. Experts will be there to discuss your production needs. Whether your project requires a pump for retrofitting or a fully automated dispense system, conformal coating, or component preparation, we have a solution for you.
Industry News | 2016-05-10 14:16:16.0
GPD Global offers individual pumps for integration into your existing platform – the Jetting NCM5000 Pump is one of them. The Jetting NCM5000 Pump simplifies jetting to its basic elements: hammer, pin, and nozzle. Only the pin and nozzle are wetted parts. This means easy set-up, cleaning, and upkeep.
Industry News | 2017-06-14 10:46:29.0
GPD Global offers uniquely designed 2-part mixing pump to accurately mix and dispense two-part components while eliminating entrapped air.
Industry News | 2019-12-17 14:33:13.0
December 17, 2019 – GPD Global has placed a MAX II precision dispenser at Universal's lab in New York (APL).
