← Back to context Comment by okanat 10 hours ago With old style DIMMs I can understand this excuse, with LPCAMM though, it doesn't fly. 3 comments okanat Reply dmitrygr 9 hours ago Yes it does. LPCAMM path is still dozens of millimeters. Soldered on is one mm or less. josephg 7 hours ago Yep. Even the framework seems to be moving to soldered on ram. Dylan16807 2 minutes ago If you mean the desktop, there must have been something wrong with that AMD chip. Existing designs with LPCAMM are just as fast.
dmitrygr 9 hours ago Yes it does. LPCAMM path is still dozens of millimeters. Soldered on is one mm or less. josephg 7 hours ago Yep. Even the framework seems to be moving to soldered on ram. Dylan16807 2 minutes ago If you mean the desktop, there must have been something wrong with that AMD chip. Existing designs with LPCAMM are just as fast.
josephg 7 hours ago Yep. Even the framework seems to be moving to soldered on ram. Dylan16807 2 minutes ago If you mean the desktop, there must have been something wrong with that AMD chip. Existing designs with LPCAMM are just as fast.
Dylan16807 2 minutes ago If you mean the desktop, there must have been something wrong with that AMD chip. Existing designs with LPCAMM are just as fast.
Yes it does. LPCAMM path is still dozens of millimeters. Soldered on is one mm or less.
Yep. Even the framework seems to be moving to soldered on ram.
If you mean the desktop, there must have been something wrong with that AMD chip. Existing designs with LPCAMM are just as fast.