Samsung is the first to start producing 3nm chips
Samsung surpasses TSMC to become the first manufacturer to begin 3nm chip manufacturing. The news concerning the node production technique was made last month, but Samsung confirmed the first shipment of 3nm chips this week.
The new lithography promises higher performance and 45% less power consumption. According to an official press release, the South Korean manufacturer celebrated the achievement at a special event for about 100 people, including South Korea's Minister of Trade, Industry and Energy, Changyang Lee.
Samsung Electronics' foundry division expressed its ambition to strengthen the competitiveness of its business through mass production of the 3nm process and preventive casting technology, along with the confidence that they would 'advance innovative technology to become the World's greatest.
The existence of the GAA (Gate-All-Around) transistor design is the most notable feature of the new chipsets. GAA is a FinFET advancement that enables the foundry to choose transistors without impacting the chip's capacity to transmit electricity. As a result, the efficiency of semiconductors should increase significantly. According to Samsung, the initial wave of 3nm chips would have a 45 percent decrease in power consumption and a 23 percent boost in performance in a 16 percent smaller space than 5nm processors.
Despite these advancements, Samsung claims it is already working on the second generation of 3nm circuits that would lower power consumption by 50% while providing 30% more performance in a 35% smaller space. So far, the business has not revealed who acquired the first shipment of its 3nm chips, although moving ahead of TSMC is undoubtedly a significant move for Samsung.
Samsung 2nd generation Smart SSD that can reduce CPU usage by up to 97% - 07/22/2022 08:30 AM
The new proprietary computational storage incorporates data processing functionality within a high-performance SSD. Unlike existing SSDs, Samsung's SmartSSD can process data directly, thereby minimiz...
Samsung Introduces the Industry's First 24Gbps GDDR6 Memory - 07/14/2022 08:37 AM
Samsung introduces world's first 16-gigabit Graphics Double Data Rate 6 (GDDR6) DRAM. Memory is designed to advance graphics performance for next-generation graphics cards, laptops and game consoles....
Review: Samsung T7 Shield Portable 1TB USB SSD - 07/07/2022 11:55 AM
We take a look at the Samsung T7 Shield Portable USB SSD (2TB). This is a mainstream portable storage device, it can reach 1000 MB/sec over USB 3.2. Read the review here....
Samsung Starts Chip Production with 3nm Process Technology and GAA Architecture - 06/30/2022 08:18 AM
Samsung Electronics has started the initial production of its 3-nanometer (nm) process node applying Gate-All-Around (GAA) transistor architecture. Samsung is starting the first application of the nan...
Samsung Unveils ISOCELL Image Sensor With Industry’s Smallest 0.56μm Pixel (200MP) - 06/24/2022 09:24 AM
Samsung Electronics introduces 200MP ISOCELL HP3. Image sensor with the industry's smallest 0.56-micrometer (μm)-pixels. Samsung has been leading the trend of next-generation, ultra-high-resolution ...
Senior Member
Posts: 254
Joined: 2015-06-17
3nm... If only this number actually had any meaning to it...
This is what we get when monitor/TV company is doing something else, numbers have no meaning...I guess that is why their quality control fails a lot, QC does not have real numbers either...
Senior Member
Posts: 146
Joined: 2019-09-18
I dont think it matters what they call it, but how good it is.
Samsung's node in Ampere has been documented to be a failure (meaning that performance per watt was not good).
This is why nVidia is going with TSMC now (with the 4000 gpus).
At least that is what I heard online so take it the the amount of salt you like.
In the end, do we care what the "node is" or what technology it is or what yield it is?
I think we care about how fast it is and how much is it going to cost us. (this includes power consumption as well).
Member
Posts: 33
Joined: 2015-01-26
So ah, what does Samsung 3nm really mean? If it's like their 8nm, perhaps they have caught up to TSMC 5nm?
12517
Member
Posts: 33
Joined: 2015-01-26
Oh wait I think I found it! So, basically, same as TSMC N4 (enhanced N5) node :
12519
12520
Senior Member
Posts: 1273
Joined: 2006-09-02
Well, notably Carl Zeiss.
If making chips was as easy as just buying ASML machines, ASML would just do it themselves.