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Exam Number : 050-v40-ENVCSE02
Exam Name : RSA enVision Certified Systems Engineer 4.0
Vendor Name : RSA
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RSA 4.0 dumps
Paul Stoffregen did it once again: the Teensy 4.0 has been launched. The newest within the Teensy microcontroller construction board line, the four.0 returns to the smaller form-element remaining considered with the 3.2, as adversarial to the higher 3.5 and 3.6 boards.
Don’t let the smaller size fool you; the 4.0 is in keeping with an ARM Cortex M7 running at 600 MHz (!), the quickest microcontroller which you could get in 2019, and checking out on real-world examples suggests it executing code greater than five instances faster than the Teensy three.6, and fifteen times quicker than the Teensy 3.2. Of course, the brand new board is additionally full of periperals, including two 480 Mbps USB ports, three digital audio interfaces, three CAN busses, and distinct SPI/I2C/serial interfaces backed with integrated FIFOs. Programming? effortless: there’s an add-on to the Arduino IDE known as Teensyduino that “just works”. And it rings up at an MSRP of simply $19.ninety five; a welcomed expense point, but now not sudden for a microcontroller breakout board.
The board launches today, but I had a chance to test force a couple of them in one of the East Coast Hackaday labs over the last few days. So, let’s have a closer appear.
First Impressions
The board looks superficially corresponding to the older 3.2, at the least from the top. There’s the regular twin row of pin headers which you can plug right into a breadboard, a micro-USB connector, and reset button. a brand new crimson LED close the USB connector gives you some fame tips, while the usual “Arduino LED” is orange. Flip the board over, and you delivery to look one of the vital additional vigour this board wields. besides ten more GPIO pins, there are pads for an SD card interface using four-bit SDIO, and D+ and D- strains for the 2nd 480 Mbps USB interface. The unmarked round pads are check features utilized in manufacturing and are not any-connects from the end-person’s perspective.
Teensy three.2 every little thing Killer?
When doing hardware reports it’s crucial to choose the right assessment hardware. I believe the most excellent evaluation during this case is between the two boards that share the same kind component; the Teensy four.0 and the 3.2. I’ve chosen not to make the evaluation with the Teensy 3.5 and three.6, which might be priced a little better, in a larger form component, and have SD card slots soldered on.
incredibly, the Teensy 4.0 is priced at $19.95, as antagonistic to the $19.80 Teensy three.2. What does that extra fifteen cents purchase? First, there’s performance. The four.0’s 600 MHz clock vs the 72 MHz on the 3.2 doesn’t tell the whole story. The Cortex M7 on the 4.0 is a dual-challenge superscalar processor in a position to executing up to 2 32-bit guidelines per clock cycle; preliminary assessments confirmed this occurring between forty-50% of the time on Arduino-compiled code. moreover, the Cortex-M7 is the primary ARM microcontroller with department prediction. whereas on the Cortex M4, a branch at all times takes 3 clock cycles, after a number of passes through a loop, as an instance, the Cortex M7 can begin executing appropriately-expected branches in a single clock. here is technology originally pioneered in supercomputers that you can use for your next Halloween costume.
Then, there’s floating-point. Veteran embedded programmers can also have a bias against floating-element code, and with respectable purpose. without native floating-aspect guidelines, these operations should be emulated, and run very slowly. The same thing happens with double-precision operations on a processor which simplest supports single-precision instructions. whereas Cortex-M4 processors help single-precision floating-element, the Cortex-M7’s encompass native double-precision directions, so in order for you the added precision afforded by doubles, you’re not going to take an immense efficiency hit: basically, doubles appear to execute in exactly twice as many cycles as floats.
The Cortex-M7 on this board also supports tightly-coupled memory (TCM), which provides speedy entry like a cache, however without the non-determinism that may complicate challenging true-time applications — one of the vital problems with different high-power microcontrollers. The 64-bit ITCM bus can fetch sixty four-bits, while two committed 32-bit buses (DTCM) can fetch up to two guidance from the TCM each cycle – these buses are break away the main AXI bus used to speak with different memory and peripherals. The Teensyduino ambiance instantly allocates code and statically allotted memory into the DTCM enviornment, which can also be as much as 512K in size, however which you could override the default conduct with some command-line switches. memory that isn’t accessed by using the tightly-coupled buses is optimized for access with the aid of the peripherals the usage of DMA.
Spec Sheet
regardless of its size, there’s a lot to this board and the chip it incorporates, so right here’s condensed spec listing:
ARM Cortex-M7 at 600 MHz
1024K RAM (512K is tightly coupled)
2048K Flash (64K reserved for healing & EEPROM emulation)
2 USB ports, each 480 MBit/sec
three CAN Bus (1 with CAN FD)
2 I2S Digital Audio
1 S/PDIF Digital Audio
1 SDIO (four bit) native SD
3 SPI, all with sixteen observe FIFO
3 I2C, all with 4 byte FIFO
7 Serial, all with four byte FIFO
32 regular purpose DMA channels
31 PWM pins
forty digital pins, all interrupt competent
14 analog pins, 2 ADCs on chip
Cryptographic Acceleration
Random quantity Generator
RTC for date/time
Programmable FlexIO
Pixel Processing Pipeline
Peripheral go triggering
energy On/Off management
The board consumes around one hundred mA with a 600 MHz clock. despite the fact I didn’t are attempting it myself with the comparison boards I actually have right here, Paul notes that it can also be overclocked for a performance increase. It also supports dynamic clock scaling: the guideline clock velocity is decoupled from the peripherals, in order that baud charges, audio trial
rates, and timing features proceed to function safely if you trade the CPU velocity.
For the most appropriate in vigour savings, you can shut the board off by way of including a pushbutton to the On/Off pin. urgent the button for more than five seconds disables the 3.three V supply; a subsequent short press will flip it again on. This doesn’t have an effect on the actual-time-clock (RTC) functionality, besides the fact that children: connecting a coin cellphone to the VBAT terminal will maintain the time and date counter going.
hands-On Benchmarks
Board
CoreMark
Teensy 4.0
2313.57
Teensy 3.6
440.72
Sparkfun ESP32 thing
351.33
Teensy 3.five265.50
Metro M4 Grand valuable
(overclocked CoreMark: 536.35)
214.eighty five
Teensy 3.2
(overclocked CoreMark: 218.26)
126.76
Arduino Due
94.95
Arduino Zero
fifty six.86
Arduino Mega
7.03
to look how quickly this issue really is, Paul ported the CoreMark embedded-processor benchmark to the Arduino environment. (word that CoreMark appears to be a registered trademark of the Embedded Microprocessor Benchmark Consortium (EEMBC)). This synthetic benchmark assessments performance managing linked lists, doing matrix multiplies, and executing state computer code. He studies the following scores for a number of boards (bigger numbers are stronger).
i used to be in a position to verify the Teensy four.0 and three.2 numbers; my 3.6 need to have sprouted legs and walked off somewhere, and i didn’t have any of the different boards handy for trying out. using my numbers (almost just like these above), the four.0 is round ten times as quick as the 3.2.
given that the CoreMark code is a “artificial” benchmark, Paul wanted to verify the new board in a extra simple state of affairs. In a different GitHub repo, he has some code to do an RSA signature with a 2048-bit key. here is a processor-intensive operation, believe me — I had to enforce it as soon as in Lua (don’t ask!). here are the ratings for the same boards (lessen numbers are more desirable).
reduce is improved
Board
Seconds
Teensy 4.0
0.085
Teensy 3.6
0.474
Sparkfun ESP32 element
0.518
Metro M4 Grand vital
0.840
Teensy three.five0.909
Teensy 3.2
1.325
Arduino Due
1.901
Arduino Zero
9.638
once again, i used to be in a position to check the numbers for the Teensy 3.2 and four.0 boards. in this case, the 4.0 is around fifteen times as quick as the three.2.
in case you have any of those, or different Arduino-suitable boards lying round, clone one or both of those repos, open the respective *.ino file from both one, and check them out. consider free to report consequences in the comments below.
15 Seconds to Sanity
probably the most new facets of the Teensy 4.0 is the automated recovery procedure, which restores the board to a known decent state with out the need for a computer connection. in case you press and dangle the reset button for 15 seconds, the red LED will flash to point out you’ve entered restore mode. when you unlock the button, the purple LED will illuminate whereas the flash reminiscence is erased and re-written with the natural Arduino “blink” application. once the re-write is finished, the blink program is run and the orange LED starts off blinking, just like on every Arduino-compatible for the past decade and a half. It’s DFU mode devoid of the want for host computer or primary-working binary. These was once key components for hardware-primarily based restoration and now they’re a part of the board itself.
Why would you want to do that? In a nutshell, because USB itself is a train-spoil. On suitable of an insanely sprawling and complicated protocol, there are charge-simplest cables sans records pins lurking for your junk box, operating device bugs waiting to go back and forth you up (looking at you, windows 7), and an entire host of different concerns that cause severe head-scratching when issues cease working. This can be specifically puzzling with native-USB boards like the Teensy four.0; while the constructed-in USB functionality is quite powerful, and may be utilized in a large choice of the way, when whatever stops working, you’re now not at all times sure the way to get back heading in the right direction. Now, you are – just press the button.
What can you Do with a 600 MHz Microcontroller?
Paul envisions this Teensy four.0 getting used for polyphonic audio synthesis, running moderately complicated computer researching algorithms, and actual-time audio analysis. in lots of situations, the first degree of processing on information-intensive enter contraptions can now be moved from a bunch desktop to the exterior microcontroller, narrowing the bandwidth required to the host gadget. And for projects using a screen, the built-in pixel processing pipeline can also accelerate photos operations, offloading this work from the CPU.
There may be some fraction of hackers that will nevertheless ask yourself why we want a 600 MHz microcontroller; yet another fraction can have already essential it the day gone by. In between, most users will take some time to figure out what doorways this opens up. The fact is that our tools constrain not best our latest designs, but also, to some extent, our creativeness. A 15x performance improvement over the latest tiny building board you could be using may enable some new and enjoyable functions, and you, pricey reader, are the one who makes them take place. So, force domestic a different manner from work tonight, sleep on the couch as an alternative of the bed, or use something different tricks you should shock your brain into creativity and determine what you may in fact do with this aspect. It’s much more than which you could do with a 555. For that rely, it’s much more than most computer systems may do in the 90s.
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