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Exam Number : HP0-P22
Exam Name : Integrity C-Class BladeSystem Solutions
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The future of signal And energy Integrity Designs | HP0-P22 exam Questions and genuine Questions
The winner of the DesignCon 2020 award was Istvan Novak, main sign and vigor Integrity Engineer at Samtec. other than his marvelous profession as an engineer, Novak has been a very long time participant at DesignCon. In here interview, Design information talks with Novak about past and future tendencies in signal Integrity (SI) and energy Integrity (PI), as well as what the award capacity to him.
Design information: How has the signal integrity (SI) business and know-how changed within the remaining 20 years?
Istvan Novak: One exchange is the large increase in records transfers, which has intended faster CPU clock speeds, information costs and cable indicators. The bandwidth requirement is additionally exploding. most likely extra importantly, the semiconductor trade has persevered to alternate. Twenty years ago, Moore’s legislations become in full force. Now it is significantly slowing down. I won’t name it dead yet. We nonetheless see improvement. although, the demand for bandwidth didn't decelerate. as an alternative, it definitely persisted to go up in terms of percentage rate. people have discovered alternative ways of enjoyable increasing bandwidth. One example is through the use of distinctive modulation concepts for to enhance signal integrity similar to pulse amplitude modulation (PAM) for stage 4. This method is now excepted at the very excessive end of the information velocity latitude. PAM-4 is a modulation approach whereby 4 diverse pulse amplitudes are used to carry the suggestions.
photograph source: Keysight / PAM-four
Design news: Have vigour integrity (PI) challenges been addressed at the identical pace as ones for signal integrity (SI)?
Istvan Novak: There have been predominant transformations between SI and PI over the final two decades. SI concerns advanced from the electromagnetic compatibility (EMC) discipline someday in late 80s to early 90s. In distinction, PI didn’t turn into an argument until 10 to 15 years later. What this tells us is that SI has had more time to mature. nowadays, there are a lot of SI requirements and suggestions attainable for prime-pace signal designers. here's in very stark contrast to PI designs. today, PI is doubtless within the same state or maturity level as SI become in the mid- to late-90s.
I even have second recommendations as as to if PI will ever be as developed, as mature, as SI. The reason is that PI is in fact more advanced than SI, which has come a protracted method. returned within the early 90s, excessive-pace sign integrity design become considered black magic. The problem was that americans didn’t method things systematically to be mindful what occurs and why. as soon as the underlying physics had been understood, the area became not considered black magic. Technical works like Howard Johnson's very popular booklet on signal Integrity helped an excellent deal.
The explanation why we may also not expect our figuring out of PI to even capture up to the place SI is these days is that the PI difficulty definition is far more convoluted. In different words, it can't be remoted in such a nice manner as it become for SI.
Design news: Why is that the case? Why is PI extra complex, more convoluted than SI?
Istvan Novak: for prime-velocity facts signal integrity, we don’t typically be concerned about what occurs to the sign when it goes into the silicon (chip). many of the signal dimension and other checking for SI occurs within the passive interconnects like cables, sockets and interfaces. And the passive interconnects may also be treated in isolation from the relaxation of the device. They may also be treated in segments.
It’s not that handy to spoil PI into smaller, easier to tackle items with a view to take into account it. agree with a high-vigour and excessive-speed CPU. if you flip over a chip or the board, you’ll see a few excessive-speed I/O pins with one dedicated return pin. You’ll even have vigor pins that are not very isolated or as a large number of. further, the ground aircraft isn't separated between the excessive current and the excessive-speed sections. We want to maintain the energy planes intact. With excessive frequencies and excessive-speed indicators, we don’t always deserve to accept as true with how the return signals spread over a big distance or airplane as a result of they will not.
This once more is in stark distinction to energy integrity (PI), the place energy linked noise has a means greater range of interplay from high frequencies all of the method right down to DC. This noise may additionally intrude with the excessive-pace sign. My point is that we can not with ease, bodily separate blocks of power. it is likely some of the explanation why requirements or any commonplace information are tougher to return by way of for PI design.
Design news: Will improvements in models and simulation tools aid us to greater model and simulate greater complicated PI concerns?
Istvan Novak: I consider it completely will aid. however I’m now not certain if underlying barriers will exchange because designs are pushed with the aid of competitiveness. Would it be viable to design a device had been the vigour may also be compartmentalized and segmented very nicely? yes, it's technically doable. it could be just a great deal greater complex. whereas it should be would becould very well be less complicated to design methods with segmented vigour aspects, it could also require larger, likely heavier and extra a large number of components. here is why is wouldn’t be competitive in the market these days.
here is why people are attempting to push the restrict on PI design, to enable all of those interactions i discussed previous to take area. the use of designated simulation and measurements, these particular interactions may also be taken into account. but it takes lots of time to simulate and measure these interactions.
Design information: What activities are crucial to be sure designs meet both SI and PI necessities?
Istvan Novak: Simulation and dimension validation are important design activities. however equally important is understanding. These three actions are obligatory to ensure an excellent design and engineered method. however, very often we may additionally see individuals trusting tools blindly. They expect that the tools will provide the suitable reply to what they thought they requested from the tool. the sort of consider can be extremely deceptive. Even builders with adventure and lots of assist from the device builders can be misled. It takes a lot of time to get a decent correlation to the dimension. but however the correlations are good we ought to ask ourselves: “do we bear in mind why all it really is happening? can we explain to ourselves?”
It is right that, after I delivery my car and power it, I don’t always should be aware how the vehicle is working on the interior. that's because the particulars were labored out through the car designers. but the individuals who designed the automobile nevertheless need a good knowing of what is happening and why.
Design news: in this age of reference designs and intellectual property, some would argue that designers don’t deserve to remember issues like SI and PI for his or her designs to work.
Istvan Novak: the realm is going towards simplifying the process during which, for instance, a big seller advertising a brand new chip can also say; “You don’t should do SI. here is a reference design - simply reproduction it and you'll be happy.” and that is a working solution, if the reference design is completed appropriately. if so, it saves loads of time as americans don’t ought to recreate all the groundwork to take note the SI and PI details. despite the fact, any individual who depends on this solution for dissimilar generations of device design should agree that it consists of a huge possibility.
first of all, the users who count too heavily on reference designs may also become depended or on the mercy of the silicon dealer. If anything goes wrong reminiscent of a mild trade in design or requirements or even a good mistake, then no longer realizing SI and PI design may trigger huge complications. agencies that lack or don’t are looking to invest in design substances and count heavily on reference designs are creating a very mighty dependence on others.
once more, I’m no longer against it, I’m simply pointing it out that we deserve to understand that a dependency can be difficult to wreck.
Design information: You’ve been an energetic participant at DesignCon for decades. How has DesignCon changed within the closing 20 years? where may it or should still it go sooner or later?
Istvan Novak: I remember that the very first predecessor to DesignCon turned into a advertising roadshow from HP. in the early 90s, HP exchange demonstrate busses with their device would go back and forth around. As you probably bear in mind, HP broke up on the conclusion of the millennium into a laptop half (HP) and an instrumentation half (Agilent). Later still, the instrumentation half became known as Keysight.
I nonetheless bear in mind one such roadshow which became turning into a conference after they started to invited consultants and americans who used their equipment to make speeches, supply lectures and current technical papers. and that's how we started.
lower back then, the main high-velocity facts transmission themes had been pass-speak, simultaneous switching noise, reflections, matching. these days, SI subject matters are concentrated on glass weaves and challenges between passive interconnect and the silicon.
Design news: What do you suggest by glass weaves?
Istvan Novak: a printed circuit board (PCB) laminate has a tumbler textile embedded in it. The glass material is a woven structure like the textile in our clothing. A PCB is a 3D structure which is emerged in epoxy resin and different epoxy materials will behave otherwise electrically. This issue first begun to become notices in the early 2000s. It continues to be one of the main course nonetheless ongoing it at the present time.
Design information: So, what does the future hold?
Istvan Novak: In SI, people would nevertheless like faster and faster interconnects and more and more bandwidth. each can really be executed in a number of other ways. but each and every solution has its own limits.
a further vogue is the replacement of copper (Cu) PCB connections and board traces with optical features. but the question of when optics will replace Cu connections has been happening due to the fact the mid-90s. The question seems to be asked every three yr and the reply has been that the Cu signaling connects have persisted to Improve – pushing out the want for optical. The improvements have long gone hand in hand with the improvement of the silicon. more advantageous silicon can address extra degradation on the passive channel, so we don’t deserve to switch over to the optics yet.
there's another reason why the switchover to optics isn't happening. If I simply look on the transmission medium, then possibly optical connections may be a better option. The problem is that making the translation from the electrical area to the optical area takes lots of vigour. these days’s huge statistics communication servers dissipate kilowatts of energy. Switching over to an optical interconnect would require a major volume of power per channel on lots of or possibly lots of connections. We cannot cool the servers any further and that's why the seek a stronger interconnect will proceed.
one other trend with a view to proceed is the substitute of parts of the published circuit boards with cables, whether it's Cu or optical cables. And in parallel to this fashion might be the gradual introduction to Cu cables and optical interconnects inside of our gadget bins.
Design information: What do you imply by means of Cu interconnects in the chassis?
Istvan Novak: in the ordinary install, the Cu cables are outside of the container, e.g., a pc or server. interior the box is the PCB which is used among other issues to lift the signals. but the PCB have become to the conclusion of their capabilities unless some massive technological adjustments take place. This may result in additional cables inside the chasses be it Cu or optical cables.
Design news: Let return to any future traits in SI and PI.
Istvan Novak: additionally, the sophistication of silicon sign processing could be multiplied. Twenty-five years ago, there were the telephone modems for information superhighway dial up that ran at fifty six Kbs. The digital sign processors at the time had to run at a much better clock price in comparison to the modems, which wasn’t a problem as the CPU clock speeds were already very excessive.
Now I see the want for further and further processing capabilities, doubtless interior the silicon.
One the PI problem, I wish to be positive that growth might be made but I’m not certain. i hope at the least some child steps will turn up with PI.
finally, AI looks to be coming. it would really trade the we have become to the factor the place the human brain may additionally no longer be able to tackle the big statistics designs which are being created. AI may be capable of aid.
Design news: You have been selected as the Engineer-of-the- year for DesignCon 2020. Why is that an important award?
Istvan Novak:. What I’ve noticed from my decades taking part in DesignCon and its predecessor it that, even if here's a worldwide conference, DesignCon has turn into like a household. It’s a spot had been very respectable consultants primarily from the industries but additionally from academia have come together. i'm very an awful lot happy that this group chose me as engineer of the 12 months. however it’s more than that. As my pal Albert-Laszlo Barabasi indicates in his booklet (“The method”), upon getting excellence in any given area, the preference of a winner is very nearly arbitrary. So, I present my congratulations to all of the finalist. they are all staggering and splendid and, in this regard, anybody of them could have easily won the title. here's how I believe.
find out about all the 2020 award finalists.
John Blyler is a Design news senior editor, masking the electronics and superior manufacturing spaces. With a BS in Engineering Physics and an MS in Electrical Engineering, he has years of hardware-utility-network methods experience as an editor and engineer within the superior manufacturing, IoT and semiconductor industries. John has co-authored books involving gadget engineering and electronics for IEEE, Wiley, and Elsevier.