Testimonials from partners & students that worked with Epiphany
Here are some video testimonials and white papers from partners and students who have worked with the Epiphany for a long time(some of them for years). We think the fact that students succeed in working with our chip with zero support from us is a great indicator.
May 2012 Master's Thesis: Movement sensor using image correlation on a multicore platform
Video from Bristol University where we participated in a low power compiler optimization research project.
Video by Jeremy Bennett (CEO at Embecosm) from the OpenRISC conference in Stockholm a 10 days ago:
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Funding period
Sep 27, 2012 -
Oct 27, 2012
(30 days)
- First created · 8 backed
- Andreas Olofsson 128 friends
- Website: adapteva.com
Pledge $15 or more
306 backers
SUPPORTER REWARD: You will get project updates along the way and get to reserve a user name on the parallella.org community portal before the rest of the world. Every dollar helps us in our goal to create a parallel computing platform accessible to everyone.
Estimated delivery: Nov 2012Pledge $25 or more
116 backers
FAN REWARD: You get everything in the SUPPORTER REWARD and you get a black T-Shirt with a Parallella slogan on it 'OR' The book "An Introduction to Parallel Programming" to be written by the Adapteva team.(your choice) The book will be provided in PDF form and will include source code examples of parallel programs that use OpenCL, OpenMP, Erlang, and MPI.
Estimated delivery: Feb 2013Pledge $50 or more
32 backers
STUDENT REWARD: You get everything in the SUPPORTER REWARD and receive a black T-Shirt with a Parallella slogan on it 'AND' The book "An Introduction to Parallel Programming" to be written by the Adapteva team. The book will be provided in PDF form and will include source code examples of parallel programs that use OpenCL, OpenMP, Erlang, and MPI.
Estimated delivery: Feb 2013Pledge $99 or more
2676 backers Limited (62860 of 65536 left)
MAKER: You get everything in the SUPPORTER reward and an Epiphany-III based Parallella board loaded with the development software needed to create your own innovative projects.(International order should add $20 to the pledge amount). We can't wait to see what you come up with.
Estimated delivery: May 2013Pledge $199 or more
298 backers Limited (65238 of 65536 left)
PAIR: You get everything in the SUPPORTER reward and a pair of Epiphany-III based Parallella boards (2 ARM cores and 16 Epiphany cores on each board) so that you can create complete distributed encoding/decoding, compression/decompression, receiver/transmitter type applications without having to borrow an extra board from other pledgers. Both boards come loaded with the development software needed to create your own innovative projects. (International order should add $20 to the pledge amount).
Estimated delivery: May 2013Pledge $199 or more
903 backers Limited (64633 of 65536 left)
64-CORE: You get everything in the SUPPORTER reward and a 64-core Epiphany-IV based Parallella board (2 ARM cores and 64 Epiphany cores) if we reach our stretch goal of $3M. If we don't reach our stretch goal but meet our minimum funding goal, you will receive a pair of Epiphany III boards (2 ARM cores and 16 Epiphany cores). Both boards come loaded with the development software needed to create your own innovative projects. (International order should add $20 to the pledge amount).
Estimated delivery: May 2013Pledge $495 or more
148 backers Limited (1900 of 2048 left)
MINI-CLOUD: This package arrives as a ready to use "cluster in a box" and includes four Epiphany-III based parallella boards (a total of 72 CPUs), a gigabit switch, cat cables, and the power supply adapters. If we reach our $3M stretch goal, then it will be possible to choose two 64-core Epiphany-IV based boards instead of four Epiphany-III based boards. (International order should add $20 to the pledge amount).
Estimated delivery: May 2013Pledge $499 or more
55 backers Limited (4041 of 4096 left)
DEVELOPER: You get everything in the SUPPORTER reward and and a limited early version Epiphany-III based Parallella board. As an early tester you will be able to influence the direction of the parallella software platform. Your board will be marked with a unique number based on the order in which it was manufactured (numbers start at #64). In addition, you will get early access to the Parallella SDK and documentation as soon as the project kicks off at the end of the kickstarter campaign.(International order should add $20 to the pledge amount).
Estimated delivery: Feb 2013Pledge $750 or more
28 backers Limited (996 of 1024 left)
64CORE-MAY: You get everything in the SUPPORTER reward and a 64-core Epiphany-IV based Parallella board (2 ARM cores and 64 Epiphany cores). You also get early access to the SDK. (International order should add $20 to the pledge amount).
Estimated delivery: May 2013Pledge $975 or more
49 backers Limited (975 of 1024 left)
CLUSTER: This package arrives as a ready to use cluster and includes eight Epiphany-III based parallella boards (a total of 144 CPUs), a gigabit switch, cat cables, and the power supply adapters. If we reach our $3M stretch goal, then it will be possible to choose four 64-core Epiphany-IV based boards instead of eight Epiphany-III based boards. (International order should add $40 to the pledge amount).
Estimated delivery: May 2013Pledge $1,249 or more
11 backers Limited (1013 of 1024 left)
64-CORE-PLUS: You receive everything in the DEVELOPER reward and the 64-CORE-MAY reward, allowing you to start running your software on hardware in February to be ready for the 64-core board in May (International order should add $40 to the pledge amount, two separate shipments)
Estimated delivery: May 2013Pledge $1,500 or more
7 backers Limited (1017 of 1024 left)
64-CORE-X2: You get everything in the SUPPORTER reward and a pair 64-core Epiphany-IV based Parallella board (2 ARM cores and 64 Epiphany cores). You also get early access to the SDK. (International order should add $20 to the pledge amount).
Estimated delivery: May 2013Pledge $1,999 or more
2 backers Limited (6 of 8 left)
ROLF: You receive everything in the DEVELOPER reward and the 64-CORE-X2 reward, allowing you to start running your software on hardware in February to be ready for the 64-core boards in May (International order should add $40 to the pledge amount, two separate shipments)
Estimated delivery: May 2013Pledge $2,500 or more
8 backers Limited (56 of 64 left)
EARLY-ACCESS: You will receive a special beta version of the Parallella platform 3 months before the general DEVELOPER board release and immediate access to the platform SDK. You also get direct access to the Adapteva support team. You will also receive one of the first 64 Epiphany-III based Parallella boards once finalized.
Estimated delivery: Dec 2012Pledge $10,000 or more
7 backers Limited (9 of 16 left)
64-NOW: You will receive a "super special" (EMEK4) eval-kit with a 64-core Epiphany-IV processor AND immediate access to the platform SDK AND the CLUSTER reward AND the EARLY-ACCESS reward AND 8 bare Epiphany-III chips. Estimated shipping times are: December for the EMEK4, the Parallella beta board, and the chips;May for the Cluster reward. The entry point for one massively parallel multicore evaluation kit loaded with proprietary software can run $10-50K, so this reward offers a ridiculous amount of computing hardware for a pretty modest amount of money. Let's go!
Estimated delivery: May 2013
Comments
Creator Tincman on October 27, 2012
@Yann I've been meaning to respond to your post (and hope you/Adapteva see this), but I think you are on to something. I've been trying to think of ways to accomplish this is in a "soft" manner, but haven't had any breakthroughs. However, having to go through an MMU in the FPGA for every memory request seems circuitous to me, but do you think a reduced version of an MMU, say just the memory protection, in the DMA engine would do the job (like you said, adding a field for the memory request, and possibly some simple "group of dest == src?" logic)? Virtual address translation is nice, but the cache needed to maintain a TLB seems a heavy use of silicon, and possibly making it hard to optimize intercore communication (then again, I suppose the MMU+scheduler could handle that...)
Creator Robert Wünsche on October 24, 2012
why not much more earlier?
Creator Yann Vernier on October 24, 2012
I thought to double my pledge. There wasn't such a level, so I went from "64-core" to "mini-cloud" level. ("Developer" level seemed a bit short on hardware.) Anyone else willing to try to cover the slack?
By the way, the easiest architecture update I could think of for the Epiphany would be processor groups. Say group 0 was "root", and can access any core or memory, while other groups can only access other processors in the same group; a MMU in the memory controller (Zynq in this case) could also map them to different virtual memory spaces. It would cost a register in each CPU and a field in the memory transaction requests, but gain the ability to distribute smaller groups of cores among separate users with memory protection.
Creator Yann Vernier on October 24, 2012
This presentation by Jeremy was when I decided to back the Parallella.