· Wafer lot was further expedited through fab this past week, and has completed fab.
· Wafer lot is due to ship out to Pocatello today; will be set up for prober configuration prior to start of wafer probe.
· We are still tracking to the October 1st ship date for the initial prototypes; with possible potential for pull-in.
This is great!!!
Hehe, I am sure as this gets more real, the whole of OnSemi will be curious too
How does the P2 die area compare with their 'usual 180nm' complexity and die size ?
My guess is it is an outlier, with nothing as large/complex being run ?
I'm presuming wafer flow QC-test includes some silicon equivalent of the PCBlayers confirm often seen on PCB edges.
eg a cluster of rRcC RingOsc/divider in each corner confirms 'in spec', as everything moves along.
· Wafer lot was further expedited through fab this past week, and has completed fab.
· Wafer lot is due to ship out to Pocatello today; will be set up for prober configuration prior to start of wafer probe.
· We are still tracking to the October 1st ship date for the initial prototypes; with possible potential for pull-in.
This is great!!!
Can you start a new thread, where you can edit the first post, so viewers can see each mini-milestone ?
Right now - on courier ?
next few days ? wafer probe ?
Do they indicate test-path yield regions, and where each wafer lies ?
· Wafer lot was further expedited through fab this past week, and has completed fab.
· Wafer lot is due to ship out to Pocatello today; will be set up for prober configuration prior to start of wafer probe.
· We are still tracking to the October 1st ship date for the initial prototypes; with possible potential for pull-in.
This is great!!!
Can you start a new thread, where you can edit the first post, so viewers can see each mini-milestone ?
Right now - on courier ?
next few days ? wafer probe ?
Do they indicate test-path yield regions, and where each wafer lies ?
Fascinating to consider that the P2 now exists. Bond wires and the application of electrical potential are all that stand between our present mundane existence and _______!?
Fascinating to consider that the P2 now exists. Bond wires and the application of electrical potential are all that stand between our present mundane existence and _______!?
I got a text from the floorplanner/place-and-route guy today at OnSemi. He said they will probably have the wafers on their prober tomorrow in Pocatello. He said it's a stressful thing when a new chip comes in and they have to get all the initial test setup established.
I got a text from the floorplanner/place-and-route guy today at OnSemi. He said they will probably have the wafers on their prober tomorrow in Pocatello. He said it's a stressful thing when a new chip comes in and they have to get all the initial test setup established.
Google tells me :
Time in Pocatello, ID, USA : 6:00 PM Thursday, 13 September 2018 (GMT-6)
I got a text from the floorplanner/place-and-route guy today at OnSemi. He said they will probably have the wafers on their prober tomorrow in Pocatello. He said it's a stressful thing when a new chip comes in and they have to get all the initial test setup established.
Google tells me :
Time in Pocatello, ID, USA : 6:00 PM Thursday, 13 September 2018 (GMT-6)
Silence is not a good sign ?
I didn't hear anything today. Plus, I was catching up on sleep after a guy I know through church was using our barn until 3:30am to work on his truck, while he kept trying to guilt me into lending him $100 for gas so that he could go down to Sacramento to visit a special doctor who gives him an off-label, double-dose, ritalin prescription. It's kind of a Red Bluff thing. I got lots of work done on the Spin2 interpreter, anyway.
Comments
Live streamed on Youtube. That's OK.
Would I be there watching live? You bet I would!!
It would be great to see this live, or on a video. I'm looking forward!
Kind regards, Samuel Lourenço
We are going to get our P2D2 boards all ready for the chips.
When we find the BOM for P2D2 so we can get some parts. Where's the BOM. . .somebody, maybe in Oz (when they wake up this morning)?
Ken Gracey
The schematic is on the first page of this thread:
http://forums.parallax.com/discussion/168645/p2d2-an-open-hardware-reference-design-for-the-p2-cpu/p1
You might get an idea of the BOM from that.
Things have changed in the thread a little, but that's a start
There is P2D2F BOM.XLS for the current? batch, in the P2D2 folder on Peter's P2D2 folder link here
This is great!!!
Hehe, I am sure as this gets more real, the whole of OnSemi will be curious too
How does the P2 die area compare with their 'usual 180nm' complexity and die size ?
My guess is it is an outlier, with nothing as large/complex being run ?
I'm presuming wafer flow QC-test includes some silicon equivalent of the PCBlayers confirm often seen on PCB edges.
eg a cluster of rRcC RingOsc/divider in each corner confirms 'in spec', as everything moves along.
I'll have to take your word for that
Hehe, Chip will be at Halloween display level, should P2 work !!!
Can you start a new thread, where you can edit the first post, so viewers can see each mini-milestone ?
Right now - on courier ?
next few days ? wafer probe ?
Do they indicate test-path yield regions, and where each wafer lies ?
Ok.
(Just getting back home from a trade show. Great news here!)
I got a text from the floorplanner/place-and-route guy today at OnSemi. He said they will probably have the wafers on their prober tomorrow in Pocatello. He said it's a stressful thing when a new chip comes in and they have to get all the initial test setup established.
Google tells me :
Time in Pocatello, ID, USA : 6:00 PM Thursday, 13 September 2018 (GMT-6)
Silence is not a good sign ?
I didn't hear anything today. Plus, I was catching up on sleep after a guy I know through church was using our barn until 3:30am to work on his truck, while he kept trying to guilt me into lending him $100 for gas so that he could go down to Sacramento to visit a special doctor who gives him an off-label, double-dose, ritalin prescription. It's kind of a Red Bluff thing. I got lots of work done on the Spin2 interpreter, anyway.
Google say's it's just gone 9:am ...