SuperSpeed USB Duplicator Introduced by Nexcopy
USB hard drives have carved out a permanent role in everyday computing because of their balance of versatility, portability, and cost. They let users expand storage on the fly, create reliable backups, or move large files between machines without relying on cloud connectivity.
If you need to duplicate a set of USB hard drives, what’s the play?
The USB Duplicator line from Nexcopy answers that question. Using SuperSpeed USB 3.0, the USB160PC can move 1GB of data to all sockets in less than a minute. On paper, a 100GB master takes about 1.5 hours to finish across 16 drives. In reality, that’s 1.6TB of data written in under two hours. It’s a reminder that while USB is serial by design, Nexcopy’s platform makes throughput add up quickly across multiple ports.
Why step up to a USB duplicator?
Portability: USB drives and portable HDDs are light, compact, and suited for field work or remote teams. Having an in-house duplicator lets IT departments roll out preloaded media in hours, not days.
Plug-and-Play: No extra power bricks or exotic drivers. Devices attach, enumerate, and run. The duplicator mirrors that same simplicity in its workflow.
Capacity: From a few gigs to multiple terabytes, USB has become the neutral storage format that works in nearly every environment. Whether it’s software distribution or media publishing, there’s a capacity tier to match.
Compatibility: USB crosses platforms—Windows, Mac, Linux, consoles, TVs. One duplicated set of drives reaches a wide user base without rework.
Performance and Market Context
The USB160PC is Nexcopy’s first SuperSpeed-class duplicator. By pushing 1GB per target per minute, it trims deployment time dramatically for promotional agencies, field service providers, and corporate IT shops handling large rollouts.
Price erosion in USB 3.0 media has only increased the appeal. As NAND costs dropped and controller tech matured, higher-capacity drives became cheaper to source. Manufacturers optimized supply chains, making bulk duplication not only possible but cost-effective. For businesses, that combination—cheap media plus fast duplication hardware—translates directly to lower per-unit cost and faster time to deployment.
With USB drives continuing to dominate as portable storage, the case for proper management gear is stronger than ever. The Nexcopy USB160PC sits squarely in that space, giving organizations a way to control content distribution, speed up workflows, and cut operating costs.
Etron indicated its EV268-series dual-core USB 3.0 flash drive controllers have been adopted by memory module vendors for their new products, which hit market shelves in March. The chip provides data transfer rates of more than 230MB/s and includes ECC checking, and supports SLC/MLC/TLC NAND flash memories built using 3Xnm and 2Xnm technologies.
The size of the global flash drive market is 80-100 million units a year, and the penetration rate for those with USB 3.0 will reach about 20% in the fourth quarter of 2012, Etron pointed out.
If the price gap between USB 2.0 drives and USB 3.0 ones is narrowed to less than US$2, consumers will be pretty much encouraged to purchase products with the faster, new interface, Etron said.
Etron specializes in specialty DRAM memory, and has been expanding its product mix. The firm previously introduced its USB 3.0 host controllers.
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Toshiba announced this morning of mass production in 128Gbit NAND flash memory with three-bits-per-cell storage in 19nm process.
What this means is more storage space in a smaller area. The 128Gbit memory is only 170mm square.
The reduced size implies cost of manufacturing will go down, efficiency will go up. The down side is the TLC or three bit per cell, is less stable then two bits per cell like MLC or multi layer cell technology.
This isn’t a big concern for most users as the TLC flash will go into less important devices like 
Sounds like SanDisk will be cutting it’s pricing for NAND memory very soon. SanDisk leads global market share for flash memory at a tune of about 40%. Kingston is another major player, and a couple weeks ago announced a major price reduction in it’s retail supply chain.
Seems the SanDisk news is their answer to the situation.
SanDisk mainly partners with chipmaker Toshiba while Kingston secures its supplies from more diversified sources.
One reasion might be that major NAND flash vendors are gearing up for mass production built using their newer node processes in mid 2012. Samsung Electronics and Toshiba are set to advance to 21nm and 19nm, respectively, and so are Hynix Semiconductor and Micron Technology to their respective 20nm processes.
Micron is a world leader in flash memory technology, and a top brand we favor here. Micron makes memory for various devices like computers, cell phones, cameras, cars and industrial application products.
This is a simple MicroSD adapter card. It allows you to interface with any micro-controllers. It is perfect for mass storage, WAV/MP3 player and data logging. The adapter breaks out the MicroSD socket to a standard 0.1″ 8-pin header. It can be plug directly into breadboards. This adapter features innovations that set it apart from other SD card adapter. Innovations feature like on-board card detect LED, Push-Push socket, and 3.3V regulator. Which mean either 3.3V or 5.0V micro-controller can be connected directly with the board. You can even use this 3.3V to power external circuits up to 250mA.
MicroSD cards offer an inexpensive, flexible and reliable way to bring data logging and data storage solutions to your electronic design projects.
Flash memory is a basic necessity of any electronic device these days. Today we will talk about MultiMedia Cards [MMC] and Secure Digital [SD] cards.
First, a bit of history. The MMC format was developed by SanDisk and Siemens back in 1997. SD media was developed, jointly, by SanDisk, Panasonic and Toshiba. The SD standard was developed to improve upon the MMC format.
The two memory card types look the same. They are both about 24mm x 32mm x 2.1mm in size, or about the size of a US postage stamp. The one obvious, physical difference between the two is the Lock/Unlock switch on the left side of SD media. MMC does not have a sliding switch. The switch is meant for users to put the media into a 
