Embedded - ->for u

Math puzzle. * On the left side the square rests on a square with side 1.5, and on the right side on three squares of sides 1, 2, 3. The top square’s top left corner is coincident with the tilted square’s corner, and the squares of sides 2 and 3 are aligned on the right side.

A group of butterflies is called a kaleidoscope..

BeanCounter is a pocket-sized, battery-powered parts counter for 8mm cut tape and partial reels..

Joshua Coleman's retro-style Nixie clock makes a great modern gift for a friend..

Linux networking tool

So the answer is.. 1 - 3.5 2 - 4.5 3 - 9.5 4 - 3.5

Happy to see so many right answers..😊😊 Anyone got any different answer... ?? Ping and let us know..

After a long time.. A maths puzzle.. Pls send in ur answers to @embeddedfru48

While searching for some new hardware accessories, I came across this awesome smart watch by Rafael Riber. It's got HP QDSP-6064 Bubble displays and is open source!

Different options for ECE graduate in VLSI and the basic requirement: VLSI is categorised into many different subfields but primarily into FrontEnd and Backend. In general, a VLSI Engineer primarily has the following roles depending on the sub domain the person choose to work with: ✓RTL Design Engineer (Mostly deals with the HDL coding and Designing of various modules, blocks using VHDL/Verilog/SV and to make sure the design is synthesizable along with the Microarchitecture specification understanding) ✓IP/SOC Design Engineer(The role is same as discussed above, only difference is with the blocks and Modules.In IP they have a complete understanding of a IP and all it features and in SOC it's like interconnection of many IP's.) ✓RTL Integration Engineer (They mostly deals with the integration of different blocks, interconnection of signals, porting of module) ✓ASIC/SOC/IP Verification Engineer (Mostly deals with the Verification of blocks by creating Testbench using SV/UVM, writing Testcases to validate the design and create Functional/Code Coverage reports to test how much Verification has been covered) ✓Physical Design Engineer (Mostly deals with the Back end related activity like floor planning, placement and routing to make a proper estimation of chip area and placement of blocks) ✓Synthesis and STA Engineer (This profile mostly deals to verify the timing analysis of the circuit and to make sure the design is timing error free and generation of netlist) ✓Analog Layout/Design Engineer (Here it mostly deals with the layout mostly with CMOS Circuits and to make sure all the rules like DRC, LVS are checked) ✓DFT Engineer (Scan Insertion,ATPG pattern, Stuck at fault0/1 testing, Fault Collapsing and generation, Memory Testing, Logic Cone problems, and functional flip flops are tested here) ✓Formal Verification Engineer(RTL to RTL Equivalence check, Assertion based Verification, Arithmetic and Algorithmic Verification, complete verification of all the state space, Model checking) ✓Memory Characterization Engineer ✓Physical Verification Engineer But for VLSI, following are the basic requirements: 1) Good understanding of Digital Design along with Advanced Digital Design including STA. 2) Coding knowledge on VHDL/Verilog. 3) Understanding of ASIC and FPGA flow. 4) CMOS, MOSFET understanding.

What's the difference between blockchain and Bitcoin? 👉 Blockchain is the technology that underpins the cryptocurrency Bitcoin, but Bitcoin is not the only version of a blockchain distributed ledger system in the market. 👉 There are several other cryptocurrencies with their own blockchain and distributed ledger architectures. 👉 Meanwhile, the decentralisation of the technology has also led to several schisms or forks within the Bitcoin network, creating offshoots of the ledger where some miners use a blockchain with one set of rules, and others use a blockchain with another set of rules. 👉 Alongside the original Bitcoin, Bitcoin Cash, Bitcoin Gold and Bitcoin SV exist as their own cryptocurrency. 👉 With smaller networks, these cryptocurrency blockchains are more vulnerable to hacking attacks, one of which befell Bitcoin Gold in 2018.

Why is there so much hype around blockchain technology? 👉 There have been many attempts to create digital money in the past, but they have always failed. 👉 The prevailing issue is trust. If someone creates a new currency called the X dollar, how can we trust that they won't give themselves a million X dollars, or steal your X dollars for themselves? 👉 Bitcoin was designed to solve this problem by using a specific type of database called a blockchain. 👉 Most normal databases, such as an SQL database, have someone in charge who can change the entries (e.g. giving themselves a million X dollars). Blockchain is different because nobody is in charge; it’s run by the people who use it. 👉 What’s more, bitcoins can’t be faked, hacked or double spent – so people that own this money can trust that it has some value.

Will be contd...

Blockchain is a type of DLT in which transactions are recorded with an immutable cryptographic signature called a hash. 👉 This means if one block in one chain was changed, it would be immediately apparent it had been tampered with. 👉 If hackers wanted to corrupt a blockchain system, they would have to change every block in the chain, across all of the distributed versions of the chain. 👉 Blockchains such as Bitcoin and Ethereum are constantly and continually growing as blocks are being added to the chain, which significantly adds to the security of the ledger.