Đỗ Đức Huy

The G3420 used to be EOL, but now Intel have bring it back from the dead. That’s bad, since the chip aimed at substituting Pentium Gold at the bottom of the barrel of the product stack. The newer Pentium are  taking up precious 14nM capacity for much higher performance core series CPU.
This is the reasoning behind why Intel introduced the H310C chipset to replace the H310. The regular H310 is of a low end sku, yet taking up premium 14nM space. You know the shortage must be bad when they drag a 6 years old cpu out of retirement to fill out orders.

Damn, that's a nice chip. Keep it close, take good care of it.
 
DDR3 is still very much available to get new, FABS in China are ramping up production and will make what ever it is that you want.

I’m not, I think this is more of a fire fighting measures right now to alleviate the supply issue that have been going on for close to two years now. I don’t think Intel will want to do this going forward. 

The G3420 used to be EOL, but now Intel have bring it back from the dead. That’s bad, since the chip aimed at substituting Pentium Gold at the bottom of the barrel of the product stack. The newer Pentium are  taking up precious 14nM capacity for much higher performance core series CPU.
This is the reasoning behind why Intel introduced the H310C chipset to replace the H310. The regular H310 is of a low end sku, yet taking up premium 14nM space. You know the shortage must be bad when they drag a 6 years old cpu out of retirement to fill out orders.

I’m not, I think this is more of a fire fighting measures right now to alleviate the supply issue that have been going on for close to two years now. I don’t think Intel will want to do this going forward. 

The G3420 used to be EOL, but now Intel have bring it back from the dead. That’s bad, since the chip aimed at substituting Pentium Gold at the bottom of the barrel of the product stack. The newer Pentium are  taking up precious 14nM capacity for much higher performance core series CPU.
This is the reasoning behind why Intel introduced the H310C chipset to replace the H310. The regular H310 is of a low end sku, yet taking up premium 14nM space. You know the shortage must be bad when they drag a 6 years old cpu out of retirement to fill out orders.

Source: Intel
Intel is to cancel the EOL (end of life) status for the Pentium G3420, a dual core, dual threads Haswell based LGA 1150 socketed CPU that was initially  launched in Q3 2013 (6 years ago). 
Interested customers can order the CPU from Intel from now to May 2020 when the last non-cancelable orders can be placed, with last shipments expected in December 2020.
 
OP opinions on this: Intel pretty much screwed the pooch here. First they have the 14nM shortage. They started to move some of their chipset production back to 22nM and now, re-releasing a 22nM cpu from 2013 to alleviate the shortage!? This is nuts! Anecdotally, as the OP is a sile owner-operator of a computer repair- trading shop, OP have heard of long RMA time and outright un-availability of replacement CPUs. People when their CPUs died got offered refunds instead of replacement CPUs. Yet, the price for new CPUs from both AMD and Intel keeps falling through the floor. Same with SSD and RAM prices in Vietnam.

The G3420 used to be EOL, but now Intel have bring it back from the dead. That’s bad, since the chip aimed at substituting Pentium Gold at the bottom of the barrel of the product stack. The newer Pentium are  taking up precious 14nM capacity for much higher performance core series CPU.
This is the reasoning behind why Intel introduced the H310C chipset to replace the H310. The regular H310 is of a low end sku, yet taking up premium 14nM space. You know the shortage must be bad when they drag a 6 years old cpu out of retirement to fill out orders.

Source: Intel
Intel is to cancel the EOL (end of life) status for the Pentium G3420, a dual core, dual threads Haswell based LGA 1150 socketed CPU that was initially  launched in Q3 2013 (6 years ago). 
Interested customers can order the CPU from Intel from now to May 2020 when the last non-cancelable orders can be placed, with last shipments expected in December 2020.
 
OP opinions on this: Intel pretty much screwed the pooch here. First they have the 14nM shortage. They started to move some of their chipset production back to 22nM and now, re-releasing a 22nM cpu from 2013 to alleviate the shortage!? This is nuts! Anecdotally, as the OP is a sile owner-operator of a computer repair- trading shop, OP have heard of long RMA time and outright un-availability of replacement CPUs. People when their CPUs died got offered refunds instead of replacement CPUs. Yet, the price for new CPUs from both AMD and Intel keeps falling through the floor. Same with SSD and RAM prices in Vietnam.

Tbh that's fine, users that give a damn to a low power dual core like this probably won't mind if they get an older chip for cheaper. It does mean DDR3 memory and H81 boards will cost a bit more on the used market for a short period of time though

Lets be clear though, the 80386s Intel were producing in 2007 were not the same as the first batch in 1985. They were 100% instruction compatible but much faster, IIRC the fastest variant was clocked at 33Mhz.
 
Still technically you're correct and as we all know, technically is the best kind of correct
 
EDIT - Its actually kind of crazy, if you think about it, that Intel spent money on time & resources to improve a design based on a 20 year old process. I guess it shows how many of them Intel must have still been selling.

I also have Haswell. With 6 cores, 12 threads and clock of 4.5GHz. Old, but still very much relevant

I don't see why not, if they can't expand 14nm, or get 10/7nm running, but they can run 22nm. It's not like Broadwell and the various Skylake derivatives are that much better than Haswell, clock for clock and core for core.
 
And for the bulk of the market going for low end processors like Pentium or Celeron isn't going to really care (or know) about things like lithography.

1.41V 4.6GHz on i7 4770k on air cooling (delided) around 83*C. Unfortunately I lost silicon lottery with that one (I don't have it anymore). Could go higher on voltage but 4.7GHz was never stable.

Me, still on 22nm anyways:
?

Intel's 80186 and 80386 were available well into the mid 2000s because they were used in embedded systems. I think the 386 lasted longer.
 
But I think the sticking point is this: Intel will only make them if you want them.

Lol try that with a ivy bridge CPU. My 3570K does 4.5Ghz with 1.42v.

Haswell is best architecture.
Sure, I'll upgrade from my 4790k next summer, but I:m not getting rid of it lol
 
As much as I find it hiiilaaarious that my cpu goes for the shape price it did NEW at launch (more or less lol)
 
These will be def cheaper and still very good.
 
So like, why not 

Long live Haswell.

Source;
https://www.facebook.com/nguyencongpc.vn/posts/1222118664661991
https://videocardz.com/newz/asrock-asus-msi-trx40-motherboards-pictured-ahead-of-launch

Nguyễn Công PC, a local system intergrater have posted pictures of the Asus Zenith II extreme TRX40 motherboard. I knows the guy in real life so, maybe I can get close and get even more details!? Attached pictures in case the post got taken down. 

From the box it seems that the board is still quad channel memory, but support PCIE 4.0. Dual 8 pin CPU power connector and an additional 6 pin for the CPU hints at the potential power draw of Thread ripper. Also a MOLEX connector to supply additional power to the PCIE slots at the bottom.

Source;
https://www.facebook.com/nguyencongpc.vn/posts/1222118664661991
https://videocardz.com/newz/asrock-asus-msi-trx40-motherboards-pictured-ahead-of-launch

Nguyễn Công PC, a local system intergrater have posted pictures of the Asus Zenith II extreme TRX40 motherboard. I knows the guy in real life so, maybe I can get close and get even more details!? Attached pictures in case the post got taken down. 

From the box it seems that the board is still quad channel memory, but support PCIE 4.0. Dual 8 pin CPU power connector and an additional 6 pin for the CPU hints at the potential power draw of Thread ripper. Also a MOLEX connector to supply additional power to the PCIE slots at the bottom.

Source;
https://www.facebook.com/nguyencongpc.vn/posts/1222118664661991
https://videocardz.com/newz/asrock-asus-msi-trx40-motherboards-pictured-ahead-of-launch

Nguyễn Công PC, a local system intergrater have posted pictures of the Asus Zenith II extreme TRX40 motherboard. I knows the guy in real life so, maybe I can get close and get even more details!? Attached pictures in case the post got taken down. 

From the box it seems that the board is still quad channel memory, but support PCIE 4.0. Dual 8 pin CPU power connector and an additional 6 pin for the CPU hints at the potential power draw of Thread ripper. Also a MOLEX connector to supply additional power to the PCIE slots at the bottom.

Source;
https://www.facebook.com/nguyencongpc.vn/posts/1222118664661991
https://videocardz.com/newz/asrock-asus-msi-trx40-motherboards-pictured-ahead-of-launch

Nguyễn Công PC, a local system intergrater have posted pictures of the Asus Zenith II extreme TRX40 motherboard. I knows the guy in real life so, maybe I can get close and get even more details!? Attached pictures in case the post got taken down. 

From the box it seems that the board is still quad channel memory, but support PCIE 4.0. Dual 8 pin CPU power connector and an additional 6 pin for the CPU hints at the potential power draw of Thread ripper. Also a MOLEX connector to supply additional power to the PCIE slots at the bottom.

Source;
https://www.facebook.com/nguyencongpc.vn/posts/1222118664661991
https://videocardz.com/newz/asrock-asus-msi-trx40-motherboards-pictured-ahead-of-launch

Nguyễn Công PC, a local system intergrater have posted pictures of the Asus Zenith II extreme TRX40 motherboard. I knows the guy in real life so, maybe I can get close and get even more details!? Attached pictures in case the post got taken down. 

From the box it seems that the board is still quad channel memory, but support PCIE 4.0. Dual 8 pin CPU power connector and an additional 6 pin for the CPU hints at the potential power draw of Thread ripper. Also a MOLEX connector to supply additional power to the PCIE slots at the bottom.

Source;
https://www.facebook.com/nguyencongpc.vn/posts/1222118664661991
https://videocardz.com/newz/asrock-asus-msi-trx40-motherboards-pictured-ahead-of-launch

Nguyễn Công PC, a local system intergrater have posted pictures of the Asus Zenith II extreme TRX40 motherboard. I knows the guy in real life so, maybe I can get close and get even more details!? Attached pictures in case the post got taken down. 

From the box it seems that the board is still quad channel memory, but support PCIE 4.0. Dual 8 pin CPU power connector and an additional 6 pin for the CPU hints at the potential power draw of Thread ripper. Also a MOLEX connector to supply additional power to the PCIE slots at the bottom.