1 00:00:00,960 --> 00:00:03,199 Welcome back to the automation podcast, the world's 2 00:00:03,199 --> 00:00:06,339 number one industrial automation product and technology show. 3 00:00:06,879 --> 00:00:08,240 For those new to the show, my name 4 00:00:08,240 --> 00:00:10,160 is Sean Tierney from Insights, and I wanna 5 00:00:10,160 --> 00:00:12,019 thank you and our entire audience 6 00:00:12,445 --> 00:00:14,764 of automation professionals for tuning back in this 7 00:00:14,764 --> 00:00:16,844 week. Now before we jump into this week's 8 00:00:16,844 --> 00:00:19,085 show, I have a couple of announcements. First 9 00:00:19,085 --> 00:00:22,524 is a sponsored message from the automationschool.com, 10 00:00:22,524 --> 00:00:24,765 home of five star rated online and in 11 00:00:24,765 --> 00:00:27,904 person PLC, HMI, and SCADA training. 12 00:00:28,260 --> 00:00:29,940 New this week, they wanted me to announce 13 00:00:29,940 --> 00:00:31,000 that their compact 14 00:00:31,460 --> 00:00:33,320 PAC and 800 students 15 00:00:33,780 --> 00:00:35,640 now have access to a free 16 00:00:36,020 --> 00:00:39,000 virtual three d trainer that was designed specifically 17 00:00:39,140 --> 00:00:41,145 for students and is free for students 18 00:00:41,465 --> 00:00:43,545 and is now available from lesson one zero 19 00:00:43,545 --> 00:00:45,484 four. So if you're enrolled in those courses, 20 00:00:45,784 --> 00:00:48,344 check that out. Our second announcement is for 21 00:00:48,344 --> 00:00:51,145 our very own paid subscriber program, and that's 22 00:00:51,145 --> 00:00:52,744 to let you know we've launched a new 23 00:00:52,744 --> 00:00:54,905 member only series for 2026, 24 00:00:54,905 --> 00:00:56,844 which nonmembers can preview 25 00:00:57,280 --> 00:01:00,179 on both YouTube and the automationblog.com. 26 00:01:00,239 --> 00:01:02,420 And finally, we have a public service announcement 27 00:01:02,479 --> 00:01:05,680 for the Automation Museum. They have officially moved 28 00:01:05,680 --> 00:01:07,599 to their very own YouTube channel. They're not 29 00:01:07,599 --> 00:01:10,215 borrowing us anymore. And, we wanted to highlight 30 00:01:10,375 --> 00:01:12,935 the recent episodes of seven and eight. If 31 00:01:12,935 --> 00:01:14,394 you missed those, they're awesome. 32 00:01:14,774 --> 00:01:17,594 The team actually interviewed one of the primary 33 00:01:17,655 --> 00:01:19,594 engineers who created the original 34 00:01:20,295 --> 00:01:22,314 Modicon o 84 PLC. 35 00:01:23,390 --> 00:01:25,310 Someone who was on the interview team, I 36 00:01:25,310 --> 00:01:27,569 have to say that was a pretty exciting 37 00:01:27,630 --> 00:01:29,630 experience to talk to somebody who had their 38 00:01:29,630 --> 00:01:31,329 hands in creating that original, especially 39 00:01:31,630 --> 00:01:33,630 somebody who created the, actually, the firmware or 40 00:01:33,630 --> 00:01:36,270 the software for the, that map the IO 41 00:01:36,270 --> 00:01:38,084 to the actual programs and all that. So 42 00:01:38,245 --> 00:01:39,924 I think you guys, if you like this 43 00:01:39,924 --> 00:01:41,924 this series of shows, I think you're gonna 44 00:01:41,924 --> 00:01:43,144 like the history of automation, 45 00:01:44,165 --> 00:01:46,484 series from the Automation Museum, which you can 46 00:01:46,484 --> 00:01:48,165 find today on YouTube. They have their own 47 00:01:48,165 --> 00:01:49,685 channel now. I'll link to it in the 48 00:01:49,685 --> 00:01:51,944 description. And, hopefully, as fundraising, 49 00:01:52,484 --> 00:01:54,409 comes in, we'll be able to expand that 50 00:01:54,409 --> 00:01:57,289 to other platforms as well. So with all 51 00:01:57,289 --> 00:02:00,670 those announcements done, I wanna extend a very 52 00:02:01,289 --> 00:02:02,189 warm welcome 53 00:02:02,489 --> 00:02:03,229 to Manish 54 00:02:03,609 --> 00:02:06,584 from Emerson. He's gonna talk to us about 55 00:02:06,825 --> 00:02:10,584 Emerson's next generation of industrial PCs that are 56 00:02:10,584 --> 00:02:12,344 AI enabled, and what that means is they 57 00:02:12,344 --> 00:02:14,044 have some serious horsepower. 58 00:02:14,504 --> 00:02:16,844 So with that, Manish, I wanna thank you 59 00:02:16,905 --> 00:02:19,305 for coming back well, coming on the show, 60 00:02:19,305 --> 00:02:21,064 and it's great to have Emerson back on 61 00:02:21,064 --> 00:02:23,659 as well. And before we actually jump into 62 00:02:23,659 --> 00:02:25,040 the topic of today's 63 00:02:25,580 --> 00:02:26,080 discussion, 64 00:02:26,379 --> 00:02:28,699 can you take a moment to introduce yourself 65 00:02:28,699 --> 00:02:29,680 to our audience? 66 00:02:29,980 --> 00:02:32,000 Thanks, Sean. Thanks for having me here. 67 00:02:32,379 --> 00:02:33,199 It's a privilege. 68 00:02:34,004 --> 00:02:36,004 My name is Manish Sharma. I'm the global 69 00:02:36,004 --> 00:02:39,784 business development leader for energy and process industries, 70 00:02:39,844 --> 00:02:41,625 which means oil and gas, power, 71 00:02:42,325 --> 00:02:44,504 and chemicals, and so on and so forth. 72 00:02:44,885 --> 00:02:45,944 I'm also, 73 00:02:47,379 --> 00:02:49,719 doing an extra role in the product marketing 74 00:02:49,780 --> 00:02:52,579 for the industrial PCs and a platform called 75 00:02:52,579 --> 00:02:53,079 PACKEDGE, 76 00:02:53,939 --> 00:02:56,419 because they are so relevant to the process 77 00:02:56,419 --> 00:02:58,739 industry and to the discrete industry, and it 78 00:02:58,739 --> 00:02:59,560 goes everywhere. 79 00:02:59,884 --> 00:03:01,745 We'll talk more about it in 80 00:03:02,444 --> 00:03:03,905 in the coming time. And 81 00:03:04,604 --> 00:03:05,104 just, 82 00:03:05,564 --> 00:03:08,364 my background, I have been close to fifteen 83 00:03:08,364 --> 00:03:10,604 years with Amazon. I just got a reward 84 00:03:10,604 --> 00:03:12,685 for that. So yeah. That's a round number, 85 00:03:12,685 --> 00:03:14,919 fifteen years. And before that, I was with 86 00:03:14,919 --> 00:03:17,259 Honeywell for around ten years. So 87 00:03:17,560 --> 00:03:19,259 overall, in automation background, 88 00:03:19,560 --> 00:03:21,639 as a developer, as a designer, as a 89 00:03:21,639 --> 00:03:23,819 software programmer, as a product manager, 90 00:03:24,599 --> 00:03:27,099 as a sales and business development 91 00:03:27,405 --> 00:03:28,944 guy. So, yep, 92 00:03:29,245 --> 00:03:31,164 pretty much all over the place. I have 93 00:03:31,164 --> 00:03:33,405 seen the industries, and I'm excited to be 94 00:03:33,405 --> 00:03:35,884 here and talk to audience about how we 95 00:03:35,884 --> 00:03:38,444 can deploy our industrial PCs and what it 96 00:03:38,444 --> 00:03:39,264 is all about. 97 00:03:39,740 --> 00:03:41,500 Well, I appreciate you for coming on. And 98 00:03:41,500 --> 00:03:43,740 you're gonna say, Emerson has this phenomenal line 99 00:03:43,740 --> 00:03:46,480 of products that fit directly into the industrial 100 00:03:46,540 --> 00:03:49,180 automation space, and we've covered PAC systems and 101 00:03:49,180 --> 00:03:51,180 and, some of the other products in the 102 00:03:51,180 --> 00:03:53,740 previous shows, especially on the, the old automation 103 00:03:53,740 --> 00:03:55,425 news show we were doing for a few 104 00:03:55,425 --> 00:03:56,164 years. But, 105 00:03:56,784 --> 00:03:59,425 so I'm excited to learn more because that's 106 00:03:59,425 --> 00:04:02,384 not my background. And so, please go ahead 107 00:04:02,384 --> 00:04:03,985 and jump right into your presentation to bring 108 00:04:03,985 --> 00:04:06,084 us up to speed on these new industrial 109 00:04:06,144 --> 00:04:06,644 PECs. 110 00:04:07,560 --> 00:04:10,040 So industrial PCs have been with us for 111 00:04:10,040 --> 00:04:12,540 quite some time. We decided to refresh, 112 00:04:13,480 --> 00:04:15,659 to a new generation of industrial PCs, 113 00:04:16,520 --> 00:04:18,060 and give it a wider range. 114 00:04:18,439 --> 00:04:20,279 So the earlier we are not going to 115 00:04:20,279 --> 00:04:22,279 talk about the earlier IPCs here, but we 116 00:04:22,279 --> 00:04:24,095 are going to talk about the ones that 117 00:04:24,095 --> 00:04:24,895 are based upon, 118 00:04:26,254 --> 00:04:28,975 the new generation of chips that Intel is 119 00:04:28,975 --> 00:04:31,634 making. And we call it Raptor Lake series. 120 00:04:32,254 --> 00:04:32,754 Let's 121 00:04:33,295 --> 00:04:36,175 go into the details of what exactly I'm 122 00:04:36,175 --> 00:04:36,990 talking about. 123 00:04:37,470 --> 00:04:39,550 I don't want to, you know, tell the 124 00:04:39,550 --> 00:04:42,269 audience about the challenges and why IPC should 125 00:04:42,269 --> 00:04:43,169 be used, although 126 00:04:43,550 --> 00:04:45,470 there is a whole host of discussion that 127 00:04:45,470 --> 00:04:46,769 we can have around that. 128 00:04:47,229 --> 00:04:50,110 So these are the three IPCs that we 129 00:04:50,110 --> 00:04:51,329 are going to talk about. 130 00:04:51,634 --> 00:04:53,975 Sixty ten, seventy ten, and 8010. 131 00:04:54,595 --> 00:04:57,334 And they are based upon they're designed around, 132 00:04:57,875 --> 00:04:59,875 you know, what the customer needs. If a 133 00:04:59,875 --> 00:05:02,595 customer needs sufficient and a and a strong 134 00:05:02,595 --> 00:05:03,095 IPC, 135 00:05:03,634 --> 00:05:05,394 you they can always go for sixty ten, 136 00:05:05,394 --> 00:05:06,899 and there is a wide range of 137 00:05:07,300 --> 00:05:08,019 chips that, 138 00:05:08,819 --> 00:05:09,479 they host. 139 00:05:09,779 --> 00:05:12,199 The balanced one is somewhere between the performance 140 00:05:12,259 --> 00:05:14,120 and the efficiency, seventy ten. 141 00:05:14,579 --> 00:05:16,839 And if a customer want top notch performance, 142 00:05:17,539 --> 00:05:19,620 their processing needs are very high, and they 143 00:05:19,620 --> 00:05:20,084 want 144 00:05:21,444 --> 00:05:23,845 more work power to be done by a 145 00:05:23,845 --> 00:05:26,164 single IPC. They can always go for eighty 146 00:05:26,164 --> 00:05:26,664 ten. 147 00:05:27,125 --> 00:05:29,524 Just a brief overview of what it all 148 00:05:29,524 --> 00:05:30,024 entails. 149 00:05:30,564 --> 00:05:31,704 So first of all, 150 00:05:32,485 --> 00:05:34,404 you don't really need to have a fan. 151 00:05:34,404 --> 00:05:36,490 We will come into that. These, 152 00:05:36,870 --> 00:05:39,750 IPCs are self cooling. They don't really need 153 00:05:39,750 --> 00:05:42,310 a fan to cool down. But if you 154 00:05:42,310 --> 00:05:44,470 really want it, depending upon where you are 155 00:05:44,470 --> 00:05:46,009 locating them, if they are 156 00:05:46,550 --> 00:05:49,029 going to exceed the temperature band, which we 157 00:05:49,029 --> 00:05:51,189 can support, you can always put an optional 158 00:05:51,189 --> 00:05:51,555 fan. 159 00:05:52,595 --> 00:05:54,115 It's got all the ports that you need, 160 00:05:54,115 --> 00:05:55,814 Ethernet ports, four of them. 161 00:05:56,595 --> 00:05:58,214 And, you can have, 162 00:05:58,914 --> 00:06:01,254 different PCI slots and extension 163 00:06:01,634 --> 00:06:02,294 to these. 164 00:06:02,754 --> 00:06:04,834 The hard disk is SSD based. There are 165 00:06:04,834 --> 00:06:06,600 ramps. There are nonvolatile 166 00:06:06,900 --> 00:06:08,520 ramp that you can put into that. 167 00:06:09,620 --> 00:06:12,660 You see this power, 24 volt DC, so 168 00:06:12,660 --> 00:06:14,660 that's what you feed into it. There is 169 00:06:14,660 --> 00:06:17,379 another product of Amazon which you can use 170 00:06:17,379 --> 00:06:19,060 it for power supply, but we'll not get 171 00:06:19,060 --> 00:06:21,574 into that. The business name is Solar HD. 172 00:06:21,574 --> 00:06:22,634 You can use that. 173 00:06:22,935 --> 00:06:25,495 So here is what audience might be interested 174 00:06:25,495 --> 00:06:28,295 in. It's a fanless design, so no moving 175 00:06:28,295 --> 00:06:28,795 parts. 176 00:06:29,254 --> 00:06:30,074 That reduces, 177 00:06:30,615 --> 00:06:31,915 you know, point of failure. 178 00:06:33,229 --> 00:06:35,550 Direct thermal cooling of all components, it's a 179 00:06:35,550 --> 00:06:36,370 single PCB. 180 00:06:36,990 --> 00:06:39,970 The temperature range is minus 40 degrees centigrade 181 00:06:40,029 --> 00:06:42,269 to 70 degrees centigrade. So you can imagine 182 00:06:42,269 --> 00:06:44,029 it can go out in deserts, it can 183 00:06:44,029 --> 00:06:45,569 go out in mining applications 184 00:06:46,189 --> 00:06:48,735 on top of, you know, the rotating equipments 185 00:06:48,875 --> 00:06:50,414 that are out there, the, 186 00:06:51,754 --> 00:06:53,995 shovels and the trucks and so on and 187 00:06:53,995 --> 00:06:54,574 so forth. 188 00:06:54,954 --> 00:06:57,294 On the coal side, it can actually operate 189 00:06:57,514 --> 00:07:00,199 at minus 40, which means the pipelines, the 190 00:07:00,199 --> 00:07:02,439 oil and gas pipelines that are in the 191 00:07:02,439 --> 00:07:05,560 remote regions flowing around, the water pipelines, so 192 00:07:05,560 --> 00:07:06,540 on and so forth. 193 00:07:07,000 --> 00:07:09,660 High shock and vibration tolerance, which means 194 00:07:10,279 --> 00:07:12,060 on military equipments, 195 00:07:12,439 --> 00:07:13,125 the tanks, 196 00:07:13,605 --> 00:07:15,785 the, you know, the aircrafts, 197 00:07:16,805 --> 00:07:18,024 anything that vibrates, 198 00:07:18,324 --> 00:07:19,305 and you need 199 00:07:19,605 --> 00:07:21,865 a good product with the shock vibration. 200 00:07:22,485 --> 00:07:24,665 Maintenance free, obviously, and extended 201 00:07:25,045 --> 00:07:25,545 availability 202 00:07:26,879 --> 00:07:28,180 for for a long time. 203 00:07:28,720 --> 00:07:30,240 You know, I wanna just jump in here 204 00:07:30,240 --> 00:07:31,379 for those who are listening. 205 00:07:32,080 --> 00:07:34,639 This is a very impressive, I think, smaller 206 00:07:34,639 --> 00:07:36,420 form factor industrial PC. 207 00:07:37,920 --> 00:07:39,920 You know, you were talking about Manish about 208 00:07:39,920 --> 00:07:42,615 the, direct thermal cooling, and this thing has, 209 00:07:42,935 --> 00:07:44,334 for those of you who are listening, it's 210 00:07:44,454 --> 00:07:46,055 the the case looks like it's made out 211 00:07:46,055 --> 00:07:48,055 of two it's two big heat sinks. Right? 212 00:07:48,055 --> 00:07:49,574 So on the bottom and on the top, 213 00:07:49,574 --> 00:07:52,134 we have these these, this case that's a 214 00:07:52,134 --> 00:07:54,294 heat sink. And then on one side, we 215 00:07:54,294 --> 00:07:56,294 have all our connectivity ports. We have Ethernet 216 00:07:56,294 --> 00:07:58,110 ports. We have USB three. We have 217 00:07:58,990 --> 00:08:00,750 USB c. We have all these different ports, 218 00:08:00,750 --> 00:08:02,909 which is we we we, we showed on 219 00:08:02,909 --> 00:08:04,990 the other slides. And then we also have, 220 00:08:05,949 --> 00:08:07,789 on another side, we have the power port, 221 00:08:07,789 --> 00:08:10,189 other ports as well. And if you needed 222 00:08:10,189 --> 00:08:12,129 to get to the highest range, 223 00:08:12,634 --> 00:08:14,394 there's even the port for the fan, which 224 00:08:14,394 --> 00:08:16,235 you had mentioned. So I thought it was 225 00:08:16,235 --> 00:08:18,175 very interesting. I'm really impressed with 226 00:08:18,475 --> 00:08:20,894 the size of, these systems 227 00:08:21,354 --> 00:08:21,834 and, 228 00:08:22,555 --> 00:08:24,714 you know, just the temperature range. Minus 40 229 00:08:24,714 --> 00:08:27,270 to 70 c, that's a very wide temperature 230 00:08:27,270 --> 00:08:28,870 range. So let me, go ahead and pitch 231 00:08:28,870 --> 00:08:31,029 it back to you. And, Sean, for highlighting 232 00:08:31,029 --> 00:08:33,029 that, it actually is a heat sink. The 233 00:08:33,029 --> 00:08:34,950 whole design is a heat sink. You can 234 00:08:34,950 --> 00:08:37,590 hold it in one hand, and, obviously, it's 235 00:08:37,590 --> 00:08:39,914 a little bit bigger than one hand. No 236 00:08:39,914 --> 00:08:42,475 fan needed to cool it. You can always 237 00:08:42,475 --> 00:08:44,634 put a fan if you need to. And 238 00:08:44,634 --> 00:08:46,715 as you said, the wide operating temperature in 239 00:08:46,875 --> 00:08:49,134 the whole design of the heat sink actually 240 00:08:49,674 --> 00:08:51,995 enables it to operate at a very, very 241 00:08:51,995 --> 00:08:54,169 wide temperature range. And it's 242 00:08:54,549 --> 00:08:56,230 I we talked about the high shock and 243 00:08:56,230 --> 00:08:58,710 vibration tolerance, but it's a beautiful product to 244 00:08:58,710 --> 00:09:00,230 look at. All kind of ports, as I 245 00:09:00,230 --> 00:09:02,570 said, USB ports, USB c port, 246 00:09:03,269 --> 00:09:04,169 USB a. 247 00:09:04,549 --> 00:09:07,554 LEDs are there, which, for different functions, like 248 00:09:07,554 --> 00:09:09,394 whether you're connected to Wi Fi, whether there 249 00:09:09,394 --> 00:09:11,475 is an error message. So those are the 250 00:09:11,475 --> 00:09:13,735 standard stuff in any control system, 251 00:09:14,115 --> 00:09:15,715 product. And I have to agree with that, 252 00:09:15,715 --> 00:09:17,475 Manish. And at this point in this show, 253 00:09:17,475 --> 00:09:18,754 we need to stop and pay a few 254 00:09:18,754 --> 00:09:21,340 bills with a sponsored message. This one from 255 00:09:21,340 --> 00:09:22,700 the automationschool.com 256 00:09:22,700 --> 00:09:24,399 where they are hard at work at updating 257 00:09:24,460 --> 00:09:26,779 all of their Allen Bradley PLC courses that 258 00:09:26,779 --> 00:09:28,460 they released over the last ten years. And 259 00:09:28,460 --> 00:09:29,200 these new 260 00:09:29,580 --> 00:09:32,059 twenty twenty six courses are gonna be given 261 00:09:32,059 --> 00:09:34,299 to all the existing students in either the 262 00:09:34,299 --> 00:09:36,684 level one and two or extended courses. They're 263 00:09:36,684 --> 00:09:38,845 gonna get them completely free of charge. And 264 00:09:38,845 --> 00:09:41,264 the same goes for new students as well. 265 00:09:41,485 --> 00:09:43,245 When they enroll, they're gonna both get the 266 00:09:43,245 --> 00:09:45,725 latest course and the legacy course. Now if 267 00:09:45,725 --> 00:09:47,165 you have any questions about this or you 268 00:09:47,165 --> 00:09:49,165 wanna enroll a whole group of students into 269 00:09:49,165 --> 00:09:52,039 these courses, you can go to the automationschool.com. 270 00:09:52,039 --> 00:09:53,480 And right across the top of the site, 271 00:09:53,480 --> 00:09:55,639 you'll see all their contact information. There's an 272 00:09:55,639 --> 00:09:57,799 email. There's a phone number. There's a link 273 00:09:57,799 --> 00:09:59,159 to a form where you can submit a 274 00:09:59,159 --> 00:10:01,079 question, and there's even a button to book 275 00:10:01,079 --> 00:10:03,259 a Teams meeting to ask presales questions. 276 00:10:03,695 --> 00:10:05,134 And so with that, let's go ahead and 277 00:10:05,134 --> 00:10:07,375 jump right back into your presentation manage and 278 00:10:07,375 --> 00:10:09,315 learn more about these MSN IPCs. 279 00:10:10,335 --> 00:10:10,835 So 280 00:10:11,934 --> 00:10:13,554 what can we do 281 00:10:14,254 --> 00:10:17,050 in addition to just a single IPC? We 282 00:10:17,050 --> 00:10:19,850 can extend it to four PCI slots, which 283 00:10:19,850 --> 00:10:20,350 means 284 00:10:20,889 --> 00:10:23,050 any device that can fit onto a PCI 285 00:10:23,050 --> 00:10:23,550 slot 286 00:10:23,930 --> 00:10:25,850 can be put into this. And at the 287 00:10:25,850 --> 00:10:27,230 end of the day, let's remember, 288 00:10:27,690 --> 00:10:29,865 industrial PC is a PC. So once you 289 00:10:29,865 --> 00:10:32,024 put a device in, it is recognized, you 290 00:10:32,024 --> 00:10:33,085 can add the functionality. 291 00:10:33,945 --> 00:10:36,585 The operating system and the application will basically 292 00:10:36,585 --> 00:10:38,665 work with the devices that you are add 293 00:10:38,665 --> 00:10:40,985 on to the PCI slots, and, 294 00:10:41,544 --> 00:10:43,485 that's going to be the new added functionality. 295 00:10:43,705 --> 00:10:45,970 So what I'm trying to say here is 296 00:10:45,970 --> 00:10:47,350 an IPC's functionality 297 00:10:47,730 --> 00:10:48,710 can be extended 298 00:10:49,330 --> 00:10:51,410 by the components that you can insert into 299 00:10:51,410 --> 00:10:54,149 the PCI slots, and that's where our AI 300 00:10:54,529 --> 00:10:57,410 enablement comes into picture, which we are going 301 00:10:57,410 --> 00:10:59,325 to talk about soon. Well, I think this 302 00:10:59,325 --> 00:11:00,465 is important because 303 00:11:01,004 --> 00:11:02,784 the base PC is so small, 304 00:11:03,245 --> 00:11:05,565 but you give the option by adding these 305 00:11:05,565 --> 00:11:06,065 additional 306 00:11:06,605 --> 00:11:08,784 modules to add those additional, 307 00:11:09,485 --> 00:11:12,179 PCI slots. So it's excellent. If you didn't 308 00:11:12,179 --> 00:11:13,699 need anything extra, if you need it in, 309 00:11:13,699 --> 00:11:15,459 USB was great. Everything you had built in 310 00:11:15,459 --> 00:11:17,220 was great. You can just buy that base 311 00:11:17,220 --> 00:11:19,059 unit, but you can slap on each of 312 00:11:19,059 --> 00:11:21,299 those modules. And those modules, they're not a 313 00:11:21,299 --> 00:11:23,699 set as a PCI card. There's some extra 314 00:11:23,699 --> 00:11:25,914 electronics in there, but they've that you have 315 00:11:25,914 --> 00:11:27,195 the ability to add up to four of 316 00:11:27,195 --> 00:11:28,495 those. That's pretty impressive. 317 00:11:29,274 --> 00:11:29,774 Yep. 318 00:11:30,154 --> 00:11:30,475 And, 319 00:11:31,834 --> 00:11:34,235 if you want to, for example, extend your 320 00:11:34,235 --> 00:11:36,875 SSD capability, nowadays, a lot of people Mhmm. 321 00:11:37,195 --> 00:11:37,674 Are, 322 00:11:38,075 --> 00:11:39,914 you know, expanding it to, let's say, eight 323 00:11:39,914 --> 00:11:40,414 terabytes. 324 00:11:41,490 --> 00:11:42,310 You can actually 325 00:11:42,769 --> 00:11:45,410 add the memory. You can add sorry. You 326 00:11:45,410 --> 00:11:46,470 can add the SSDs. 327 00:11:46,850 --> 00:11:48,769 You can add you can add the AI 328 00:11:48,769 --> 00:11:51,269 chips, which we'll talk about the NPU chips, 329 00:11:51,570 --> 00:11:53,670 and you can actually make it a beast. 330 00:11:54,495 --> 00:11:56,495 For most of the people, you don't even 331 00:11:56,495 --> 00:11:58,415 need to do that. But there are some 332 00:11:58,415 --> 00:12:00,014 there are some needs and there are some 333 00:12:00,014 --> 00:12:02,415 application and there are some customers who would 334 00:12:02,415 --> 00:12:05,375 extend this box. I cannot talk about what 335 00:12:05,375 --> 00:12:07,134 we are currently doing, but we are deploying 336 00:12:07,134 --> 00:12:08,195 it in a very 337 00:12:08,540 --> 00:12:10,540 one of the oil and gas majors with 338 00:12:10,540 --> 00:12:11,920 all the expansion slots, 339 00:12:12,860 --> 00:12:14,800 the AI modules, the SSDs. 340 00:12:15,740 --> 00:12:17,420 Every one of them is going to be, 341 00:12:17,420 --> 00:12:19,340 you know, a powerhouse. They are going to 342 00:12:19,340 --> 00:12:20,320 use it for, 343 00:12:21,674 --> 00:12:22,174 capturing 344 00:12:22,714 --> 00:12:25,595 the camera frame grabs and then analyzing it 345 00:12:25,595 --> 00:12:27,995 using computer vision algorithms and so on and 346 00:12:27,995 --> 00:12:29,934 so forth so that they can detect 347 00:12:30,315 --> 00:12:32,394 what exactly is going on with the flame 348 00:12:32,394 --> 00:12:34,174 flares and so on and so forth. 349 00:12:34,730 --> 00:12:36,730 This is confidential at this point of time, 350 00:12:36,730 --> 00:12:38,490 the name of the customer and application, but 351 00:12:38,490 --> 00:12:39,870 this is a typical application 352 00:12:40,330 --> 00:12:41,389 that we do all 353 00:12:41,690 --> 00:12:44,410 the time. So the the point I'm trying 354 00:12:44,410 --> 00:12:46,570 to highlight here is that you can do 355 00:12:46,570 --> 00:12:48,889 a lot with a bare IPC, and you 356 00:12:48,889 --> 00:12:51,274 can do a lot more with the expansion 357 00:12:51,334 --> 00:12:51,834 slots. 358 00:12:53,495 --> 00:12:54,554 Regarding certifications, 359 00:12:55,495 --> 00:12:56,475 so we got 360 00:12:58,214 --> 00:13:00,454 a whole list of certifications. We got safety 361 00:13:00,454 --> 00:13:01,995 certification, UL certification. 362 00:13:03,174 --> 00:13:04,855 One of the things that I would like 363 00:13:04,855 --> 00:13:06,980 to highlight is ATEX certification. 364 00:13:07,279 --> 00:13:09,139 Again, these certifications are 365 00:13:09,519 --> 00:13:12,019 different regions have different needs of certification, 366 00:13:12,639 --> 00:13:14,639 but many of them are standard across the 367 00:13:14,639 --> 00:13:16,179 world. So, yes, 368 00:13:16,559 --> 00:13:17,539 marine certification 369 00:13:17,919 --> 00:13:19,059 is under progress. 370 00:13:19,884 --> 00:13:22,464 It's expected to come March 2026. 371 00:13:22,684 --> 00:13:24,944 But we we got marine deployments 372 00:13:25,245 --> 00:13:27,904 already going on and even in the past. 373 00:13:28,204 --> 00:13:30,204 So as I said, this is a new, 374 00:13:30,764 --> 00:13:32,625 this is a new range of IPC, 375 00:13:33,730 --> 00:13:36,529 but we have had IPCs before. They are 376 00:13:36,529 --> 00:13:37,509 used in semiconductor 377 00:13:37,809 --> 00:13:38,309 industry, 378 00:13:38,929 --> 00:13:41,250 in power industry, in windmills, and so on 379 00:13:41,250 --> 00:13:44,049 and so forth. So that business continues. This 380 00:13:44,049 --> 00:13:46,394 is just an extension. So we are extending 381 00:13:46,394 --> 00:13:49,054 the certifications that used to exist on older 382 00:13:49,434 --> 00:13:51,695 product lines onto the new product lines. 383 00:13:53,274 --> 00:13:54,495 I just want to again, 384 00:13:55,355 --> 00:13:56,495 reiterate the message. 385 00:13:57,434 --> 00:14:00,980 We got three Raptor Lake product line, 386 00:14:01,519 --> 00:14:02,659 IPC sixty 387 00:14:03,039 --> 00:14:05,860 ten, IPC seventy ten, IPC eighty ten. 388 00:14:06,639 --> 00:14:07,779 What we have 389 00:14:08,320 --> 00:14:08,820 and, 390 00:14:09,840 --> 00:14:11,919 this is something, you know, the sixty ten, 391 00:14:11,919 --> 00:14:15,120 seventy ten, 80 tens are the workhorse. They 392 00:14:15,120 --> 00:14:15,860 go from 393 00:14:16,774 --> 00:14:18,794 a power 15 watt, 394 00:14:19,174 --> 00:14:21,995 28 watt, and 48 watt respectively, 395 00:14:22,615 --> 00:14:24,235 for sixty, seventy, and 80. 396 00:14:24,855 --> 00:14:27,034 But what we have is another micro 397 00:14:27,414 --> 00:14:27,914 IPC, 398 00:14:28,309 --> 00:14:31,049 which is IPC twenty ten. 399 00:14:31,509 --> 00:14:32,970 It's got four watt 400 00:14:33,509 --> 00:14:33,990 of, 401 00:14:35,190 --> 00:14:36,009 power usage. 402 00:14:36,549 --> 00:14:37,690 The maximum frequency 403 00:14:38,070 --> 00:14:40,965 is, like, 1.2 gigawatt. It's got two course. 404 00:14:41,365 --> 00:14:43,925 And it's always been under, you know, that 405 00:14:43,925 --> 00:14:45,524 we are going to extend it, and we 406 00:14:45,524 --> 00:14:47,845 did as well. So we got more course 407 00:14:47,845 --> 00:14:49,764 as well. But here, we'll talk about what 408 00:14:49,764 --> 00:14:50,504 we have. 409 00:14:51,845 --> 00:14:52,980 Where is it used? 410 00:14:53,539 --> 00:14:55,959 It's it's a very small 411 00:14:56,259 --> 00:14:58,600 plug and play kind of an IPC. You 412 00:14:58,899 --> 00:15:00,279 for example, you got 413 00:15:00,659 --> 00:15:01,639 you got, say, 414 00:15:02,100 --> 00:15:03,240 few 100 devices 415 00:15:03,620 --> 00:15:05,620 in a plant, and they are talking in 416 00:15:05,620 --> 00:15:07,639 different protocols. You can use this 417 00:15:08,164 --> 00:15:10,584 as a broker or as a proxy, 418 00:15:11,524 --> 00:15:13,845 to bring all the devices together. It's a 419 00:15:13,845 --> 00:15:15,845 mini IPC. It can do the IPC's job, 420 00:15:15,845 --> 00:15:17,764 but mostly it would be great if you 421 00:15:17,764 --> 00:15:20,264 use it as, you know, an aggregator. 422 00:15:20,964 --> 00:15:24,230 So it's it's cheap. It holds the software, 423 00:15:24,289 --> 00:15:25,429 which the other 424 00:15:25,809 --> 00:15:28,850 big brothers use, the IPC sixty ten seventy 425 00:15:28,850 --> 00:15:31,809 ten eighty ten. And there is something called 426 00:15:31,809 --> 00:15:32,950 Movicon Connex. 427 00:15:33,570 --> 00:15:35,970 So Movicon Connex can be loaded on it, 428 00:15:35,970 --> 00:15:37,894 and it can bring all the devices together 429 00:15:37,894 --> 00:15:39,835 because MovieConn connects is fundamentally 430 00:15:41,495 --> 00:15:42,875 a a protocol aggregator. 431 00:15:43,654 --> 00:15:45,915 So different devices on different protocols, 432 00:15:46,615 --> 00:15:48,294 they can all, you know, talk to this 433 00:15:48,294 --> 00:15:50,715 IPC twenty ten. It can help bring 434 00:15:51,149 --> 00:15:51,889 a disparate 435 00:15:52,429 --> 00:15:53,329 device environment 436 00:15:54,110 --> 00:15:55,089 into a unified, 437 00:15:55,789 --> 00:15:56,289 communication, 438 00:15:56,990 --> 00:15:57,490 environment. 439 00:15:58,110 --> 00:15:58,610 So, 440 00:16:00,350 --> 00:16:02,269 this IPC twenty ten, and we will not 441 00:16:02,269 --> 00:16:04,509 dwell more into it, but I wanted to 442 00:16:04,509 --> 00:16:06,644 kind of make a point that we got 443 00:16:06,644 --> 00:16:09,044 an IPC which can be used as a 444 00:16:09,044 --> 00:16:11,304 data concentrator, as a data aggregator, 445 00:16:11,924 --> 00:16:12,424 and 446 00:16:12,804 --> 00:16:15,065 it's easy to use, then rail mounted. 447 00:16:15,445 --> 00:16:16,424 It's got WiFi. 448 00:16:16,884 --> 00:16:17,945 It's got cellular. 449 00:16:18,539 --> 00:16:20,480 It has been used in remote locations, 450 00:16:21,740 --> 00:16:24,059 where you just have the cellular signal. Every 451 00:16:24,059 --> 00:16:26,059 week, you can store and forward the data 452 00:16:26,059 --> 00:16:27,899 and so on and so forth. And the 453 00:16:27,899 --> 00:16:30,700 best part, the operating temperature range is minus 454 00:16:30,700 --> 00:16:33,440 40 degrees centigrade up to 70 degrees centigrade. 455 00:16:33,914 --> 00:16:34,894 So it is target. 456 00:16:35,754 --> 00:16:38,334 That's one of those product lines which 457 00:16:38,634 --> 00:16:41,674 which is easy to use. Just mount it, 458 00:16:41,674 --> 00:16:43,534 and it can solve a lot of problems. 459 00:16:44,875 --> 00:16:46,475 Well, that chart really does do a good 460 00:16:46,475 --> 00:16:48,714 job showing all the features and functions of 461 00:16:48,714 --> 00:16:50,610 each of the models. And it looks like 462 00:16:50,610 --> 00:16:52,690 at this point, we have another sponsored message. 463 00:16:52,690 --> 00:16:54,309 This one from Insights and Automation, 464 00:16:54,610 --> 00:16:57,509 who is announcing updates to their membership program 465 00:16:58,050 --> 00:16:59,250 for 2026. 466 00:16:59,250 --> 00:17:01,970 Now when you join, the membership program here 467 00:17:01,970 --> 00:17:03,889 at Insights and Automation, you know, it just 468 00:17:03,889 --> 00:17:06,044 starts at around $5 per month. You're not 469 00:17:06,044 --> 00:17:09,404 only getting ad free extended editions of our 470 00:17:09,404 --> 00:17:10,544 unsponsored episodes 471 00:17:11,164 --> 00:17:13,484 of our show and podcast, but you're also 472 00:17:13,484 --> 00:17:16,524 getting access to new member only videos, like 473 00:17:16,524 --> 00:17:18,444 our latest we just did on the new 474 00:17:18,444 --> 00:17:21,720 products shown at automation fair. And you'll also 475 00:17:21,720 --> 00:17:23,640 get early access to our shows that we 476 00:17:23,640 --> 00:17:24,460 produce ourself 477 00:17:24,920 --> 00:17:27,640 as well as unlock hundreds of previous member 478 00:17:27,640 --> 00:17:28,460 only videos. 479 00:17:28,839 --> 00:17:30,279 So if you like to support our work 480 00:17:30,279 --> 00:17:34,539 and become a member, please visit the automationblog.com/join, 481 00:17:34,945 --> 00:17:36,625 or you can click on the join button 482 00:17:36,625 --> 00:17:39,285 on our YouTube channel. And with that, Manish, 483 00:17:39,345 --> 00:17:41,184 let's go ahead and dive back into your 484 00:17:41,184 --> 00:17:41,684 presentation. 485 00:17:42,465 --> 00:17:44,484 This visual that I'm showing 486 00:17:44,785 --> 00:17:47,025 is better seen, but I will try to 487 00:17:47,025 --> 00:17:49,105 verbalize it as much as possible. So what 488 00:17:49,105 --> 00:17:52,130 does this IPC contain? Alright? What are the 489 00:17:52,130 --> 00:17:54,690 options? So first of all, it's got three 490 00:17:54,690 --> 00:17:56,549 classes of, you know, 491 00:17:57,809 --> 00:17:58,309 CPUs. 492 00:17:58,929 --> 00:18:01,410 And that makes the series sixty ten, seventy 493 00:18:01,410 --> 00:18:03,170 ten, and eighty ten. There is a range 494 00:18:03,170 --> 00:18:05,429 of IPC there is a range of processors, 495 00:18:06,285 --> 00:18:08,225 which makes it a 60. 496 00:18:08,605 --> 00:18:10,605 There is a range of processors, which make 497 00:18:10,605 --> 00:18:12,605 it 70, and then there is another range, 498 00:18:12,605 --> 00:18:15,244 which makes it 80. That's the the type 499 00:18:15,244 --> 00:18:16,625 of processor decides 500 00:18:17,085 --> 00:18:18,945 what's going to be the IPC range. 501 00:18:19,559 --> 00:18:21,659 Then you can have a RAM range. 502 00:18:22,200 --> 00:18:23,819 What kind of RAM do you want? 503 00:18:24,599 --> 00:18:25,980 Not the kind, the size. 504 00:18:26,440 --> 00:18:26,940 So 505 00:18:27,799 --> 00:18:29,740 it uses DDR five RAMs. 506 00:18:30,119 --> 00:18:32,460 The lowest one is four, then you can 507 00:18:32,839 --> 00:18:33,659 add eight 508 00:18:34,005 --> 00:18:36,724 or sixteen thirty two sixty four. So you 509 00:18:36,724 --> 00:18:39,384 have five different choices of RAM size. 510 00:18:39,845 --> 00:18:42,265 Four, eight, sixteen, thirty two, 64. 511 00:18:43,045 --> 00:18:43,545 Then, 512 00:18:44,404 --> 00:18:47,365 you have MRAM. So you can choose your 513 00:18:47,365 --> 00:18:49,720 IPC not to have an MRAM, or you 514 00:18:49,720 --> 00:18:50,220 can 515 00:18:50,519 --> 00:18:51,019 have, 516 00:18:51,960 --> 00:18:53,419 eight MB of MRAM. 517 00:18:54,519 --> 00:18:56,919 SSD sizes, you can choose not to have 518 00:18:56,919 --> 00:18:57,579 an SSD. 519 00:18:58,279 --> 00:19:00,119 You can start with a one twenty eight 520 00:19:00,119 --> 00:19:01,019 GB SSD 521 00:19:01,845 --> 00:19:04,005 all the way till four terabyte SSD. And 522 00:19:04,005 --> 00:19:05,924 I talked about it. You can extend it 523 00:19:05,924 --> 00:19:09,045 using the extension slots. So the customers have 524 00:19:09,045 --> 00:19:11,605 actually asked for an eight terabyte. We can 525 00:19:11,605 --> 00:19:13,365 put that as well, or you can use 526 00:19:13,365 --> 00:19:14,105 the extensions. 527 00:19:16,400 --> 00:19:19,759 Operating system. That's that's like a big one. 528 00:19:19,759 --> 00:19:21,839 So you can again order it without an 529 00:19:21,839 --> 00:19:22,339 OS. 530 00:19:23,200 --> 00:19:25,700 You can have a Windows ten 531 00:19:26,160 --> 00:19:28,320 twenty twenty one version. You can have a 532 00:19:28,320 --> 00:19:30,579 Windows eleven twenty twenty four version. 533 00:19:31,144 --> 00:19:32,444 You can have Linux. 534 00:19:33,784 --> 00:19:36,664 So now Windows and Linux are done. Then 535 00:19:36,664 --> 00:19:37,404 we have 536 00:19:37,784 --> 00:19:40,265 a software package and what I would like 537 00:19:40,265 --> 00:19:44,444 to call an execution environment system called package. 538 00:19:45,559 --> 00:19:47,660 PACK Edge works on top of Linux. 539 00:19:48,839 --> 00:19:49,339 So 540 00:19:49,880 --> 00:19:52,539 it can host your application. It's got containers 541 00:19:52,599 --> 00:19:53,740 and dockers and, 542 00:19:54,039 --> 00:19:55,880 you know, Grafana node that you can do 543 00:19:55,880 --> 00:19:56,700 all the programming, 544 00:19:57,335 --> 00:19:59,174 that you need. You can you can create 545 00:19:59,174 --> 00:20:01,575 dashboards, visuals. You can connect to the cloud, 546 00:20:01,575 --> 00:20:03,575 so on and so forth. Package is a 547 00:20:03,575 --> 00:20:05,974 different subject on its own. But what I'm 548 00:20:05,974 --> 00:20:08,075 trying to tell you is that our environment, 549 00:20:08,214 --> 00:20:08,954 which manages 550 00:20:09,490 --> 00:20:10,309 what you 551 00:20:10,690 --> 00:20:12,470 do on the Linux, is package. 552 00:20:12,929 --> 00:20:14,529 You can do your own thing. You don't 553 00:20:14,529 --> 00:20:16,529 need a package. But package provides a lot 554 00:20:16,529 --> 00:20:17,589 of added functionalities, 555 00:20:19,329 --> 00:20:20,710 you know, from a cybersecurity 556 00:20:21,089 --> 00:20:23,565 point of view, from from what you 557 00:20:23,945 --> 00:20:26,365 do with the Grafana or Node RED applications 558 00:20:26,985 --> 00:20:28,365 and so on and so forth. 559 00:20:28,985 --> 00:20:32,025 You can load MovieCon Next. MovieCon Next is 560 00:20:32,025 --> 00:20:34,664 the scale up platform, which Amazon has. So 561 00:20:34,664 --> 00:20:36,605 you can load it on top of this, 562 00:20:37,930 --> 00:20:39,390 IPC if you use Windows, 563 00:20:40,170 --> 00:20:40,670 and, 564 00:20:41,130 --> 00:20:42,750 then you can have a full fledged 565 00:20:43,609 --> 00:20:46,190 SCADA server in that sense, if you will. 566 00:20:46,809 --> 00:20:48,890 You can you can always use a Dell, 567 00:20:49,130 --> 00:20:51,450 PC for that, but you can always use 568 00:20:51,450 --> 00:20:54,355 an IPC as well. And the benefits of 569 00:20:54,355 --> 00:20:55,795 IPC, as I said, you can put it 570 00:20:55,795 --> 00:20:57,954 in remote location. It can be on the 571 00:20:57,954 --> 00:21:00,035 moving machines and so on and so forth, 572 00:21:00,035 --> 00:21:02,434 along with, obviously, the temperature range that it 573 00:21:02,434 --> 00:21:02,934 provides. 574 00:21:03,954 --> 00:21:05,974 Then I talked about package. 575 00:21:06,289 --> 00:21:08,210 There are other options with package. You want 576 00:21:08,210 --> 00:21:10,450 package with connects. Connect, as I said, is 577 00:21:10,450 --> 00:21:13,089 a data aggregator and a protocol converter or 578 00:21:13,089 --> 00:21:14,230 a protocol aggregator. 579 00:21:14,929 --> 00:21:15,829 You can have 580 00:21:16,289 --> 00:21:19,250 package with, connects and web HMI. You can 581 00:21:19,250 --> 00:21:20,950 have package with group manager. 582 00:21:21,355 --> 00:21:23,054 So group manager is 583 00:21:23,355 --> 00:21:24,174 our software, 584 00:21:24,794 --> 00:21:25,294 which 585 00:21:26,075 --> 00:21:27,855 think of it as a fleet manager. 586 00:21:28,315 --> 00:21:31,774 Let's assume my cons customer has 500 IPCs, 587 00:21:32,554 --> 00:21:34,950 deployed across the plant. Now you want to 588 00:21:34,950 --> 00:21:36,950 push upgrades, you want to manage all these 589 00:21:36,950 --> 00:21:39,349 500 assets, and so on and so forth. 590 00:21:39,349 --> 00:21:40,009 You need 591 00:21:40,390 --> 00:21:42,390 a kind of a class monitor. Right? 592 00:21:42,869 --> 00:21:45,450 The one that manages the class. Group manager 593 00:21:45,589 --> 00:21:46,490 is that 594 00:21:47,349 --> 00:21:48,329 is that functionality. 595 00:21:49,065 --> 00:21:50,764 You can manage different devices. 596 00:21:51,544 --> 00:21:53,484 You can push updates. You can 597 00:21:53,944 --> 00:21:55,865 you can do a lot of things with 598 00:21:55,865 --> 00:21:58,345 group manager without going into details. So group 599 00:21:58,345 --> 00:22:00,664 manager, again, has got different functions, like how 600 00:22:00,664 --> 00:22:02,825 many devices can it manage. So depending upon 601 00:22:02,825 --> 00:22:03,484 the license, 602 00:22:03,990 --> 00:22:06,150 you can you can go up to 500 603 00:22:06,150 --> 00:22:06,650 devices. 604 00:22:07,190 --> 00:22:08,730 Then beyond 500 devices, 605 00:22:09,589 --> 00:22:11,450 we may come up with a thousand devices 606 00:22:11,509 --> 00:22:13,269 group manager as well, or we can ask 607 00:22:13,269 --> 00:22:13,930 the customers, 608 00:22:15,190 --> 00:22:16,809 hey, put another IPC 609 00:22:17,964 --> 00:22:19,804 for managing more devices. So you can have 610 00:22:19,804 --> 00:22:21,024 multiple group managers. 611 00:22:21,325 --> 00:22:23,484 You can have multiple group managers even now. 612 00:22:23,484 --> 00:22:25,105 You can have 500 devices 613 00:22:25,724 --> 00:22:27,105 and choose to have 614 00:22:27,884 --> 00:22:30,779 two group managers managing two fifty devices each. 615 00:22:30,940 --> 00:22:33,660 So that's how it depends upon application, depends 616 00:22:33,660 --> 00:22:34,480 upon customer, 617 00:22:34,859 --> 00:22:38,320 depends upon the configuration where IPCs exist. 618 00:22:38,779 --> 00:22:41,019 You want to segregate them into different zones, 619 00:22:41,019 --> 00:22:42,619 so on and so forth. So there are 620 00:22:42,619 --> 00:22:44,160 multiple logics to it. 621 00:22:45,180 --> 00:22:45,680 Then, 622 00:22:46,755 --> 00:22:48,835 you got add in modules. So you can 623 00:22:48,835 --> 00:22:50,914 have the AI module which we talked about. 624 00:22:50,914 --> 00:22:53,075 You can have Wi Fi capability. You can 625 00:22:53,075 --> 00:22:54,214 have NV RAM, 626 00:22:54,755 --> 00:22:56,914 and, you can have a combination of all 627 00:22:56,914 --> 00:22:57,575 the three. 628 00:22:58,674 --> 00:23:00,275 You know, for the audio audience, one of 629 00:23:00,275 --> 00:23:02,400 the things I found interesting about this chart, 630 00:23:02,400 --> 00:23:03,700 which I think was well done, 631 00:23:04,160 --> 00:23:04,720 is that, 632 00:23:05,279 --> 00:23:06,960 you know, the the we have the sixty 633 00:23:06,960 --> 00:23:09,200 ten, the seventy ten, the eighty ten. But 634 00:23:09,200 --> 00:23:10,799 even in the sixty ten, we have our 635 00:23:10,799 --> 00:23:12,480 choice between an I three, I five, and 636 00:23:12,480 --> 00:23:13,299 I seven. 637 00:23:13,840 --> 00:23:15,680 And I like that you listed on the 638 00:23:15,680 --> 00:23:19,375 chart the processor type, so thirteenth gen, like, 639 00:23:19,375 --> 00:23:21,315 60 thirteen sixty five UE. 640 00:23:21,694 --> 00:23:23,714 So those of us who follow the Intel 641 00:23:23,774 --> 00:23:25,315 chipset, the Intel chipsets 642 00:23:25,694 --> 00:23:28,255 are are familiar with those numbers. And, also, 643 00:23:28,255 --> 00:23:29,534 that you've listed the, 644 00:23:30,335 --> 00:23:30,894 number of, 645 00:23:31,579 --> 00:23:33,759 power cores versus efficiency cores. 646 00:23:34,059 --> 00:23:36,059 So, I think at a glance here, you 647 00:23:36,059 --> 00:23:37,339 can definitely see as you go down the 648 00:23:37,339 --> 00:23:39,420 list, of course, you get much more power. 649 00:23:39,420 --> 00:23:41,259 You get more power cores. You get higher 650 00:23:41,339 --> 00:23:44,059 the number of this the the CPU, the 651 00:23:44,059 --> 00:23:46,380 Intel chip goes up, which means you're getting 652 00:23:46,380 --> 00:23:48,945 a higher speed of CPU as well. So, 653 00:23:49,265 --> 00:23:51,424 I really appreciate that type of detail being 654 00:23:51,424 --> 00:23:52,384 put on the, 655 00:23:53,345 --> 00:23:55,205 being put on this selection guide. 656 00:23:56,224 --> 00:23:56,724 Thanks. 657 00:23:57,025 --> 00:23:59,184 Thanks, Sean. Yep. You brought a very important 658 00:23:59,184 --> 00:23:59,684 point. 659 00:24:00,340 --> 00:24:02,100 You don't really have to go all the 660 00:24:02,100 --> 00:24:05,000 way till 8010 to basically get the efficiency. 661 00:24:05,140 --> 00:24:06,840 If your needs are limited, 662 00:24:07,460 --> 00:24:09,000 even if 15 watt, 663 00:24:09,380 --> 00:24:10,279 sixty ten, 664 00:24:10,980 --> 00:24:13,619 IPC can be configured using I three, I 665 00:24:13,619 --> 00:24:15,539 five, or I seven depending upon what you 666 00:24:15,539 --> 00:24:16,154 really want. 667 00:24:17,195 --> 00:24:18,015 Great point. 668 00:24:19,515 --> 00:24:20,234 With that, 669 00:24:20,795 --> 00:24:21,535 any questions? 670 00:24:22,795 --> 00:24:24,075 No. I think, you know, one of the 671 00:24:24,075 --> 00:24:26,234 best ways to end this presentation I really 672 00:24:26,234 --> 00:24:28,634 appreciate you coming on and talking to us 673 00:24:28,634 --> 00:24:30,255 about these different IPCs. 674 00:24:30,829 --> 00:24:32,910 I learned a lot myself. But I think, 675 00:24:32,910 --> 00:24:35,250 you know, let's end by, reminding 676 00:24:36,029 --> 00:24:38,029 the audience where they can find out more 677 00:24:38,029 --> 00:24:38,529 information. 678 00:24:39,069 --> 00:24:40,670 And then if they you know, I don't 679 00:24:40,670 --> 00:24:42,269 know if there was a contact link on 680 00:24:42,269 --> 00:24:42,930 that website 681 00:24:43,394 --> 00:24:45,394 or where they could go to like, let's 682 00:24:45,394 --> 00:24:47,974 say they wanna ask some questions or, 683 00:24:48,674 --> 00:24:50,355 you know, talk to somebody. Who would they 684 00:24:50,355 --> 00:24:52,275 go to at that point? So let me 685 00:24:52,275 --> 00:24:53,795 turn it back to you. We can, 686 00:24:54,195 --> 00:24:56,434 kind of talk about the configuration page that 687 00:24:56,434 --> 00:24:58,660 lets you see the quick ship parts that 688 00:24:58,660 --> 00:24:59,380 lets you, 689 00:24:59,779 --> 00:25:01,860 configure your own IPC, has links to all 690 00:25:01,860 --> 00:25:03,320 the different documents and everything. 691 00:25:03,620 --> 00:25:06,259 And, probably just the easiest guys to, you 692 00:25:06,259 --> 00:25:07,080 know, like, 693 00:25:07,860 --> 00:25:09,880 manage shed is to, you know, just 694 00:25:10,325 --> 00:25:12,424 search on the net for, you know, IPC 695 00:25:12,565 --> 00:25:14,664 sixty ten, seventy ten, eighty ten, 696 00:25:15,444 --> 00:25:17,204 and then you'll get to that you Emerson 697 00:25:17,204 --> 00:25:19,224 web page there. And then, 698 00:25:20,164 --> 00:25:21,845 what if they alright. So they see it. 699 00:25:21,845 --> 00:25:23,069 They like it. They know it. 700 00:25:24,589 --> 00:25:26,909 There's a button on that screen, contact sales. 701 00:25:26,909 --> 00:25:28,190 So I'll I'll just turn it back to 702 00:25:28,190 --> 00:25:29,329 you to finish up here. 703 00:25:29,950 --> 00:25:31,889 The best way to reach us is 704 00:25:32,429 --> 00:25:43,345 to reach me, Manish dot Sharma, manish,.sharma@therateamazon.com. 705 00:25:43,644 --> 00:25:45,644 But yeah. I mean, you can always lose 706 00:25:45,644 --> 00:25:47,105 that info. So 707 00:25:47,724 --> 00:25:48,704 contact sales, 708 00:25:49,484 --> 00:25:51,244 is one way of doing it. You you 709 00:25:51,244 --> 00:25:52,305 Google the Amazon 710 00:25:52,799 --> 00:25:53,299 IPC 711 00:25:53,600 --> 00:25:55,519 601070108010, 712 00:25:55,519 --> 00:25:57,220 whichever one. Pick your number. 713 00:25:57,759 --> 00:25:59,920 You know, you will reach a landing page. 714 00:25:59,920 --> 00:26:00,420 So 715 00:26:00,720 --> 00:26:02,640 there are two things you can do. You 716 00:26:02,640 --> 00:26:04,000 can do a contact sales, 717 00:26:04,720 --> 00:26:06,480 information there. There is a form that you 718 00:26:06,480 --> 00:26:07,539 will need to fill, 719 00:26:07,865 --> 00:26:09,805 and then we will contact you back. 720 00:26:10,345 --> 00:26:12,984 There is if you if you don't need 721 00:26:12,984 --> 00:26:14,744 to just contact it and you want to 722 00:26:14,744 --> 00:26:17,225 basically play around with, there is a button 723 00:26:17,225 --> 00:26:18,585 called setup. So 724 00:26:19,640 --> 00:26:22,360 or configure depending upon these web pages keep 725 00:26:22,360 --> 00:26:24,360 on refreshing, so don't take my word for 726 00:26:24,360 --> 00:26:25,960 the setup. But there will always be a 727 00:26:25,960 --> 00:26:26,460 button 728 00:26:26,920 --> 00:26:29,259 which will basically take you to configure it. 729 00:26:29,880 --> 00:26:32,620 And once you once you do the configurator 730 00:26:33,000 --> 00:26:34,059 setting, for example, 731 00:26:34,519 --> 00:26:36,815 for people who are seeing this, that's fine. 732 00:26:36,815 --> 00:26:38,494 But for people who are not seeing, you 733 00:26:38,494 --> 00:26:39,634 can choose the processor. 734 00:26:40,414 --> 00:26:42,595 You can choose the extension slots. 735 00:26:44,015 --> 00:26:46,654 You can choose the RAM, how much do 736 00:26:46,654 --> 00:26:48,674 you want. You can choose the SSD, 737 00:26:49,134 --> 00:26:50,099 what do you need. 738 00:26:50,819 --> 00:26:51,960 Then you can choose 739 00:26:52,660 --> 00:26:54,440 the hardware modules, like, 740 00:26:54,819 --> 00:26:57,140 whether you need a Wi Fi module, AI 741 00:26:57,140 --> 00:26:59,079 module, or MB RAM module, 742 00:27:00,179 --> 00:27:02,819 and then you can choose which OS do 743 00:27:02,819 --> 00:27:05,220 you want. Do you want Windows or do 744 00:27:05,220 --> 00:27:06,075 you want Linux? 745 00:27:06,954 --> 00:27:09,674 I'm choosing Linux here. And then if I 746 00:27:09,674 --> 00:27:12,394 choose package, then it will, by default, choose 747 00:27:12,394 --> 00:27:15,294 Linux because package runs only on Linux. 748 00:27:16,474 --> 00:27:17,375 Then you can 749 00:27:17,755 --> 00:27:19,650 choose, you know, whether you're you want a 750 00:27:19,650 --> 00:27:21,430 thin rail or you want, 751 00:27:22,369 --> 00:27:24,630 whether you want a fan necessary or not. 752 00:27:25,090 --> 00:27:28,210 And depending upon what you choose, it's going 753 00:27:28,210 --> 00:27:30,450 to give you a part number. What you 754 00:27:30,609 --> 00:27:33,330 what IPC you created out of the 50,000 755 00:27:33,330 --> 00:27:35,375 IPCs that we were talking about. 756 00:27:35,755 --> 00:27:38,095 And then what exactly else do you need? 757 00:27:38,634 --> 00:27:41,914 This RPF one twenty is the part number 758 00:27:41,914 --> 00:27:43,674 of the fan which I chose, and there 759 00:27:43,674 --> 00:27:45,595 are expansion slots and so on and so 760 00:27:45,595 --> 00:27:46,095 forth. 761 00:27:46,660 --> 00:27:47,480 And it will 762 00:27:47,779 --> 00:27:49,079 give you a configuration 763 00:27:49,380 --> 00:27:51,640 document. You can mail it to yourself. 764 00:27:52,259 --> 00:27:54,839 For example, I'm mailing it to myself here. 765 00:27:55,140 --> 00:27:55,640 Alright? 766 00:27:56,819 --> 00:27:58,579 You can mail it to yourself. You can 767 00:27:58,579 --> 00:28:01,035 mail it to your friend or anybody. And 768 00:28:01,035 --> 00:28:02,875 then you can always contact us, 769 00:28:03,994 --> 00:28:06,075 to basically talk about, you know, just, hey. 770 00:28:06,075 --> 00:28:08,015 This is the configuration that I need. 771 00:28:08,555 --> 00:28:11,455 There are different distributors in different regions, 772 00:28:12,394 --> 00:28:14,490 which you can get in touch with. But 773 00:28:14,490 --> 00:28:16,609 the best way to do is you should 774 00:28:16,609 --> 00:28:17,670 contact sales, 775 00:28:18,369 --> 00:28:19,269 contact support. 776 00:28:19,890 --> 00:28:22,289 There are different contact us buttons that are 777 00:28:22,289 --> 00:28:23,910 available on the site. 778 00:28:24,769 --> 00:28:27,410 The one on the pack system landing page 779 00:28:27,410 --> 00:28:29,884 will eventually reach us, so feel free to 780 00:28:29,884 --> 00:28:32,284 contact us using that. And my number is 781 00:28:32,284 --> 00:28:33,005 always there. 782 00:28:33,724 --> 00:28:35,825 My email ID, which I talked about, 783 00:28:36,365 --> 00:28:39,724 Manish.Sharma@Emerson.com. 784 00:28:39,724 --> 00:28:41,804 I'll be more than happy to, you know, 785 00:28:41,804 --> 00:28:43,644 close the loop on this if you feel 786 00:28:43,644 --> 00:28:45,769 lost on the contact as well. 787 00:28:46,630 --> 00:28:48,390 Yeah. And I appreciate you going through that. 788 00:28:48,390 --> 00:28:48,950 So, guys, 789 00:28:49,670 --> 00:28:51,350 let us know what you think about this 790 00:28:51,350 --> 00:28:53,610 week's episode. What if especially if you're watching. 791 00:28:53,990 --> 00:28:56,950 Do you agree with my, you know, kinda 792 00:28:56,950 --> 00:28:57,450 characterization? 793 00:28:58,070 --> 00:28:59,670 I mean, this looks like a slick new 794 00:28:59,670 --> 00:29:00,170 line, 795 00:29:00,605 --> 00:29:03,404 very well designed, expandable. So I'd love to 796 00:29:03,404 --> 00:29:05,664 hear from the audience what you guys think. 797 00:29:06,365 --> 00:29:09,244 Of course, I wanna thank, Manish for coming 798 00:29:09,244 --> 00:29:10,684 back on the show. I wanna thank all 799 00:29:10,684 --> 00:29:12,765 of you in the audience for tuning back 800 00:29:12,765 --> 00:29:14,445 into this week. I also wanna thank our 801 00:29:14,445 --> 00:29:14,945 sponsors 802 00:29:15,569 --> 00:29:17,009 who make it possible for us to continue 803 00:29:17,009 --> 00:29:19,809 to bring you this show, including the automationschool.com. 804 00:29:19,809 --> 00:29:21,730 If you know anybody looking for POC HMI 805 00:29:21,730 --> 00:29:24,690 or skater training, please consider mentioning this week's 806 00:29:24,690 --> 00:29:26,210 sponsor, the automationschool.com, 807 00:29:26,210 --> 00:29:28,835 in appreciation for their support. I also wanna 808 00:29:28,835 --> 00:29:30,994 thank all our paid subscribers. As you guys 809 00:29:30,994 --> 00:29:33,234 know, you will get access to special editions 810 00:29:33,234 --> 00:29:34,055 of this episode 811 00:29:34,434 --> 00:29:37,414 as part of your membership. That said, Manish, 812 00:29:37,555 --> 00:29:39,555 thank you again for coming on the show. 813 00:29:39,555 --> 00:29:42,237 Really appreciate it. Thanks, Sean. Thanks for having 814 00:29:42,397 --> 00:29:44,237 me. And I wanna wish everybody in the 815 00:29:44,237 --> 00:29:46,797 audience good health and happiness. And until next 816 00:29:46,797 --> 00:29:47,696 time, my friends. 817 00:29:48,717 --> 00:29:49,217 Peace.