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Samsung released its Z1 earlier in the year, making it their first Tizen smartphone. It has been a hit in an emerging market like India but has not fared so well in other regions. Based on that success, they have been working on a successor to the Samsung Z1, the Samsung Z2.  It has  only been a few months since the first generation has been made available to the public but supposed photos have already leaked online.

 

The Samsung Z2 Tizen is a budget smartphone aimed for hugr markets like India, China and Russia. With so many affordable phones going around offering mostly the same things, Samsung felt it had to come out with its own version to compete with the other leading brands. Previously leaked specs although not confirmed, say that the Z2 will have a display resolution of 540x960. In addition, it will also have 32-bit quad-core processor and 1 GB of RAM.The Z2 will also be powered by a 2,000 mAh battery.

Read more: http://www.vcpost.com/articles/64553/20150507/samsung-z2-tizen-leaked-photos-emerge-online-months-release-z1.htm#ixzz3Zen66Q3G



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      ▲ Tae-yong Son, Vice President, MICRO LED Team, Visual Display Business at Samsung Electronics, poses in front of a MICRO LED set
       
       
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      ▲ The unique technological advantages of MICRO LED offers several benefits including better picture quality, durability and flexibility
       
       
      Pioneering the Next Frontier in Displays
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      “We were determined to provide viewers with a next-level visual experience,” said Son. “As it was an emerging technology, there were various challenges to overcome. This project needed a bold player that could take the risks – Samsung was it. Samsung We recruited brilliant experts for the project and invested heavily in the success of the product which went through numerous rounds of trial and error.”
       
      As the name suggests, a MICRO LED display consists of millions of LED units — the most fundamental yet essential part of a screen. For the display to function at peak performance, each LED unit is rigorously tested against the highest quality benchmarks.
       
      ▲ Cutting-edge technologies from several neighboring categories, including semiconductor production, AI software, etc. were incorporated to create the MICRO LED
       
      The substrate for the LED chips is constructed before the chips are meticulously transferred onto it, creating a unified module. Once produced, the module is assembled into a display and undergoes more than 600 hours of extensive reliability tests and stabilization procedures to ensure that the display provides a stunning visual experience for users.
       
      Son explained the precision needed to place the LEDs that makes the process extremely challenging. “Imagine trying to place a tiny object, smaller than a human hair, in a specific position and angle. Then, repeat this action over half a million times. This is the process for placing LEDs, with each placement needing to be flawless,” he said.
       
      ▲ Son explains how the arduous and often challenging process pushed the team to continue innovating, leading to the successful development of the MICRO LED screen.
       
      To streamline this process, Samsung’s development team began to seek out a new solution. Drawing from the company’s semiconductor expertise, the team adopted techniques used to delicately place circuits on silicon wafers and applied them to MICRO LEDs displays. After testing out the method, the process was deemed a success and considered commercially viable for future production.
       
      “We never lost sight of our goal of creating a revolutionary display. We never lost faith.”
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      The display’s modular nature posed another challenge for developers: How could they create a single, unified image uninterrupted by lines or bezels? After years of refinement, Samsung was able to create an advanced auto-assembly method, allowing 49 distinct modules to merge seamlessly into a single, breathtaking bezel-less display.
       
      “After six years and more than 200 iterations, we honed the technology that integrates each individual module to create MICRO LED displays of all sizes,” said Son. “Despite the hurdles we faced along the way, we never lost sight of our goal of creating a revolutionary display. We never doubted that we’ll make it.”
       
       
      Initiate, Iterate, Innovate: The Relentless Pursuit of Innovation
      A sense of understanding and like-mindedness among the developers was instrumental during the development of MICRO LED technology. Son emphasized that “engineers need to overcome the fear of failure, understand that it’s part of the innovation process.” Realizing that failure provides an opportunity for future success and innovation, Son and his team used their setbacks as motivation to continue developing.
       
      “Embracing a culture of courage and curiosity, we were able to forge ahead — recognizing that each challenge we encountered was a step in the right direction toward innovation,” explained Son. “Thanks to the hard work and dedication of our team, we were able to bring this revolutionary technology to life. Viewing the process of trial and error as a learning opportunity rather than a hindrance can help propel us closer to technological breakthroughs.”
       
      ▲ Over a period of six years, Son and his team fine-tuned MICRO LED technology for commercial use.
       
       
      Bringing MICRO LED Closer to Consumers
      While MICRO LED displays are poised to redefine the industry, introducing them to the market poses certain challenges — longer consumer adoption cycles, significant initial investments and the need to scale manufacturing processes efficiently. Alongside these factors, well-established alternatives such as LCDs and OLEDs currently dominate the market, making market penetration of MICRO LED screens slower and more difficult.
       
      “Engineers need to overcome the fear of failure — it’s just part of the innovation process”
      – Tae-yong Son, Vice President, Samsung Electronics
       
      Despite this, Son views these challenges as opportunities. “The display market is constantly evolving and new technologies often take time to find their footing,” stated Son. “While adoption may be slow right now, it’s reflective of the typical incubation period for advanced technologies. As we continue to innovate and drive down production costs, MICRO LED technology will become more accessible to a broader consumer base.”
       
      To introduce MICRO LED displays to more consumers, Samsung plans to invest in methods that will optimize manufacturing processes and effectively reduce costs — alongside targeted marketing efforts to educate consumers on the unique benefits of MICRO LED screens. Although MICRO LED technology is still in the early market stages, interest has been steadily growing with 110-inch MICRO LED displays having been sold since its official release. Likewise, the recently released 89-inch version has been pre-ordered from various nations around the world, indicating increased demand among consumers.
       
      ▲ MICRO LED offers consumers the most cinematic picture quality.
       
      “MICRO LED is truly the pinnacle of consumer display, and it will redefine the visual experience across various devices,” said Son. “From augmented reality to the next generation of wearables, this cutting-edge technology underscores the vision we hold for the future — an era of hyper-realistic viewing experiences, all powered by MICRO LED innovation.”
       
      For more information on Samsung’s MICRO LED, please visit samsung.com.
      View the full article
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