This two guyz have generated more curiosity in me than entire 4 years could!! https://t.co/MtsxRvUBKf
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CXDR4E8BM-CS-A
CXMT (ChangXin Memory) DDR5 SDRAM
16 Gbit commercial-grade DDR5 memory
Built on advanced 16nm G4 process
Operating at 1.1V core voltage for improved power efficiency
Integrated on-die ECC and PMIC
Standard DDR5 architecture with high bandwidth and high reliability https://t.co/yHIfTx2N1M
CXMT (ChangXin Memory) DDR5 SDRAM
16 Gbit commercial-grade DDR5 memory
Built on advanced 16nm G4 process
Operating at 1.1V core voltage for improved power efficiency
Integrated on-die ECC and PMIC
Standard DDR5 architecture with high bandwidth and high reliability https://t.co/yHIfTx2N1M
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Chiplet Fundamentals For Engineers: eBook
A free 65-page in-depth research report on the next phase of device scaling
https://t.co/6m5MnA5A6q
#chiplets #semiconductor #UCIe #ChipletsSummit
#hybridbonding #chipletssecurity #3DIC #BoW #advancedpackaging @OpenComputePrj https://t.co/zcyODFAm8E
A free 65-page in-depth research report on the next phase of device scaling
https://t.co/6m5MnA5A6q
#chiplets #semiconductor #UCIe #ChipletsSummit
#hybridbonding #chipletssecurity #3DIC #BoW #advancedpackaging @OpenComputePrj https://t.co/zcyODFAm8E
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0 and 1 look meaningless on their own. But place eight of them together and you get a byte;
the basic building block of all digital systems.
A single byte can represent 256 different states, enough to encode a letter, a number, or an instruction.
From memory chips to https://t.co/grzgTYSrYa
the basic building block of all digital systems.
A single byte can represent 256 different states, enough to encode a letter, a number, or an instruction.
From memory chips to https://t.co/grzgTYSrYa
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1
Before smartphones ruled attention, the pager solved a hard problem;
Instant reach with almost zero infrastructure.
A pager didn’t need apps, touchscreens, or data plans. It used one-way radio signals;
fast, reliable, and hard to overload.
Hospitals, firefighters, and https://t.co/pMtxVRMTcN
Instant reach with almost zero infrastructure.
A pager didn’t need apps, touchscreens, or data plans. It used one-way radio signals;
fast, reliable, and hard to overload.
Hospitals, firefighters, and https://t.co/pMtxVRMTcN
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https://t.co/dNJYUsfnn8 check it out #synth #electronics #stem https://t.co/o7dZEIg8Ef
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Latest: New joint venture for high-speed interconnects; 2nm; NAND capacity; CPO deals; U.S. rare earths; new AI chip; free AI training; top memory spot; Stanford top 10 tech; secure by design series; job cuts & who’s hiring
https://t.co/ZUXV6O0qA8
#semiEDA #semiconductor
https://t.co/ZUXV6O0qA8
#semiEDA #semiconductor
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How SW-defined systems can be turned into synthesizable RTL early in the design process, how it can be used to augment performance, & where the potential pitfalls are https://t.co/iLFnN8qSu8
#chiplets #semiEDA #HLS #inferencing #embeddedprocessors @siemenssoftware
#SWdefinedHW
#chiplets #semiEDA #HLS #inferencing #embeddedprocessors @siemenssoftware
#SWdefinedHW
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New approaches and research surge in the face of DRAM shortages and SRAM scaling limitations.
https://t.co/SYTTSvIkgc
#DRAM #SRAM #semiconductor #IGZO
https://t.co/SYTTSvIkgc
#DRAM #SRAM #semiconductor #IGZO
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The chip industry has gone from two routing platforms to five. That’s a lot.
https://t.co/YLevN1Sk61
#semiconductor #interconnects #powerdensity #PCBs #TSVs #thermaldissipation
https://t.co/YLevN1Sk61
#semiconductor #interconnects #powerdensity #PCBs #TSVs #thermaldissipation
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Part 2 of experts discussion on NPUs:
Flexibility, future-proofing, and performance considerations for neural processing units.
https://t.co/sYrG7b9JMS
#NPUs #AI #PPA @quadric_io @rambusinc
@siemenssoftware @Synopsys @Cadence
#Expedera #neuralprocessingunit
Flexibility, future-proofing, and performance considerations for neural processing units.
https://t.co/sYrG7b9JMS
#NPUs #AI #PPA @quadric_io @rambusinc
@siemenssoftware @Synopsys @Cadence
#Expedera #neuralprocessingunit
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Today I visited the the biggest unmanned system fair in UAE.(UMEX)💪
For seeing and talking with some of the most developed technologies makers.😁 https://t.co/8NU3Ydm9du
For seeing and talking with some of the most developed technologies makers.😁 https://t.co/8NU3Ydm9du
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How to manage quality of service for various IP blocks inside a multi-die chip, the impact of coherent versus non-coherent approaches, and what’s needed to scale up and scale out a design.
https://t.co/h7zRyhIvas
#AI #datamovement @arteris_noc #multidieassemblies
#NoC
https://t.co/h7zRyhIvas
#AI #datamovement @arteris_noc #multidieassemblies
#NoC
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Testing the 640 thermal camera stability in cold weather.😁🤝
Winter is a test for any consumer electronics.🥶😄 https://t.co/wlFO310JD8
Winter is a test for any consumer electronics.🥶😄 https://t.co/wlFO310JD8
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DENSD-A28D08BWAQC is an industrial embedded SATA solid-state storage device (nanoSSD), 128GB, SATA III 6Gb/s, MLC NAND, wide temperature range -40 to +85°C.
Price: $328 each https://t.co/R89oKn2SU4
Price: $328 each https://t.co/R89oKn2SU4
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Everyone knows transistors are the building blocks of modern technology.
But have you ever wondered how billions of transistors fit inside a mobile processor that’s built on a 3 nm process, like Apple’s latest chips?
For context: A human hair is about 80,000-100,000 nm wide. A 3 https://t.co/i35JVFcTn3
But have you ever wondered how billions of transistors fit inside a mobile processor that’s built on a 3 nm process, like Apple’s latest chips?
For context: A human hair is about 80,000-100,000 nm wide. A 3 https://t.co/i35JVFcTn3
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Analog Devices OP497 / SMD 5962-9452101M2A
Quad precision op amp for high-impedance, low-drift analog front ends:
pA-level input bias (max 150pA @ 25°C)
75µV max offset, 1.0µV/°C max drift
±2V to ±20V supply, high CMRR
−55°C to +125°C, ceramic hermetic package https://t.co/wsmEhqb4EF
Quad precision op amp for high-impedance, low-drift analog front ends:
pA-level input bias (max 150pA @ 25°C)
75µV max offset, 1.0µV/°C max drift
±2V to ±20V supply, high CMRR
−55°C to +125°C, ceramic hermetic package https://t.co/wsmEhqb4EF
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15
Waving hand toward my colleague.😄🤝
This 640 Video quality is very good and no any lag.😁💪 https://t.co/mib7hNltdf
This 640 Video quality is very good and no any lag.😁💪 https://t.co/mib7hNltdf
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Most people know Canon for cameras and printers.
But Canon isn’t really a camera company.
It’s a precision engineering company.
Its real strength is optics, imaging, and ultra-precise manufacturing.
Cameras are just one outcome of that.
Canon has spent decades mastering https://t.co/QCXqJNpnwy
But Canon isn’t really a camera company.
It’s a precision engineering company.
Its real strength is optics, imaging, and ultra-precise manufacturing.
Cameras are just one outcome of that.
Canon has spent decades mastering https://t.co/QCXqJNpnwy
15
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Big head 640 camera.😁
I think you gonna like this night vision camera.😁💪 https://t.co/EKYPTVYoFA
I think you gonna like this night vision camera.😁💪 https://t.co/EKYPTVYoFA
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Editor In Chief of Semiconductor Engineering #semiconductor #semiEDA #AI #embedded #verification #lowpower #test #DataAnalytics #automotive #ICmanufacturing #ML
5.8K Followers
7 Contributions
FPGA distributor | Xilinx, Altera, Lattice Actel specialist. Selection support & tech consulting. Inquiries welcome, DMs open
11.7K Followers
3 Contributions
Jack of everything master of Electronics. https://t.co/0PhFpfPIe1
34 Followers
1 Contributions
I make stuff and make stuff work again. Repair, Modding, beeps and boops. If it doesn't light, sound or make smoke you are left wondering why?
160 Followers
1 Contributions
9.4K
Total Members
+ 4
24h Growth
+ 16
7d Growth
Date Members Change
Feb 10, 2026 9.4K +4
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Feb 8, 2026 9.4K +0
Feb 7, 2026 9.4K +2
Feb 6, 2026 9.4K +5
Feb 5, 2026 9.4K +2
Feb 4, 2026 9.4K +1
Feb 3, 2026 9.4K +3
Feb 2, 2026 9.4K +0
Feb 1, 2026 9.4K +0
Jan 31, 2026 9.4K +5
Jan 30, 2026 9.4K +1
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Jan 28, 2026 9.4K —
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