由于FCC延迟,NextNav需要更多耐心,但频谱价值在低频频段连接需求增长中上升。
逐段跳播
NextNav是一家拥有900MHz低频段无线频谱的公司。从历史上看,他们一直未能充分利用这些频谱,因为FCC将其许可严格限定于定位和监控服务。
Nexnav is a company that owns um wireless spectrum in the lower 900 band. And historically they have not really been able to do much with that spectrum because it is licensed by the FCC very specifically for location and monitoring services effectively.
我们可以通俗地将其理解为GPS的替代品,他们的主要产品是美国GPS系统的备份。
I mean we could think about that in layman's terms as for you know GPS equivalents and their main product is a backup to the GPS system um in the United States.
无论如何,NextNav拥有这些目前未充分利用的频谱。他们已向FCC申请许可,将其频谱用于5G移动通信。如果获得FCC的许可,这些频谱的价值将大幅上升,可以说是成倍增长。
In any case, NextNav has this spectrum which is being underused at the moment. They have applied for permission from the FCC to use their spectrum for 5G mobile communications. If they get permission from the FCC, the value of that spectrum goes up quite a bit. um like multiples I should say.
推特上的用户问我目前的看法,我目前的看法是需要更多耐心。我们正在等待FCC的许可。除了FCC已发布所谓的NPRM(拟议规则制定通知)外,我们不知道具体进展。
So the user on Twitter was asking I forget how he phrased it but I guess you know asking what my current thoughts are and my current thoughts are more patience required there. We're waiting from permission from the FCC. We don't know exactly what is happening other than the FCC has put forth what's called an NPRM or a notice of proposed rulemaking.
他们已提交了一份MPRM草案,这意味着FCC已同意,但目前实际上卡在行政部门下属部门的审查中,联邦政府的其他部门可以对此发表评论,并担心是否有反对意见,目前确实存在反对意见。
They they have submitted a draft MPRM which means the FCC is on board but it is now stuck in effectively review under one of the executive branch departments where other branches of the or other parts of the federal government can comment on it and you know worry if there are objections and there are indeed inject objections right now
这些频谱还被其他几个团体使用,其中之一是所谓的Part 15设备,包括RFID标签等,还可能控制智能电表等。他们声称会存在干扰。NextNav进行了多项工程研究以证明不存在干扰。反对派当然也进行了自己的研究,声称存在干扰。
this spectrum is used by a couple other groups one of which is what's called part 15 devices that includes RFID tags um among other things it could control like smart utility meters etc. They claim that there will be interference. Um Nexnav has done a number of engineering studies to show that there is no interference. The opposition of course has done their own studies. They say there is interference.
我的看法是,NextNav的研究更有说服力,因为他们对任何对其研究的批评都进行了详细分析,解释他们为何这样做。而反对派,例如,NextNav曾回应反对派的研究说,你们整个研究都建立在物理定律不适用或必须扭曲甚至打破物理定律的基础上。
My my read is that the next nav studies read better because they respond to any criticism of their studies with detailed analysis of why they did what they did. Whereas the opposition I mean next at one point for example replied to opposition study and said like your whole study relies on the idea of the laws of physics not being applicable like you have to bend the laws of physics if not break them
我不是工程师,但我相当确定物理定律是不可战胜的。然而反对派并未回应这一批评,只是发布关于他们研究的新闻稿。所以关键点是,我不是工程师,我不知道答案。我知道NextNav对自己的立场非常有信心,他们呼吁双方进行联合测试,即联合实际测试,而唯一能得出真正答案的方法就是联合实际测试。
总体而言,NextNav两年来一直在强调这一点,而反对派一直拒绝参与。这至少应该让人们怀疑反对派,如果你对自己的立场如此有信心,为什么不进行测试呢?
and I'm not I'm not an engineer but I'm I'm fairly certain that the laws of physics are undefeated and but then the opposition of course does not reply to that criticism. They just put out press releases about their their study. So the the real point is I'm not an engineer. I don't know the answer. I know that NextNav is very confident in their position and I know what they're calling for is joint testing between the two groups like joint real world testing and the only way to get to the real answer here is joint real world testing and broadly speaking next has been pounding the drum on that for two years and the opposition has been refusing to engage which at the very least I think you should make people suspicious of the opposition like why would if you're so confident in your position why would you why would you not test it
无论如何,存在延迟。我在时机上完全判断错误。我原以为这一切可能在差不多一年前就完成了,但并没有。这比预期花费了更多时间。
in any case There is a delay. I have been absolutely wrong on the timing here. I thought all of this might have gone through, you know, I guess at this point almost a year ago. It has not. Um, it is taking more time than anticipated.
只要在幕后你能得到各种小道消息,这也没关系。我不打算在这里全部提及,因为有些最好不说,但有一些非常明显的,比如整个开发GPS备份的过程是由特朗普总统在第一任期结束时推动的,他当时签署了行政命令,基本上说我们需要GPS备份,这是国防问题。
所以他希望实现。你可以看看其他相关人士,Ted Cruz是监督该委员会推进的人之一,他一直非常直言需要GPS备份。你还可以看看参与公司融资的人及其在该领域的经验。此外,还有一大群游说者、顾问、律师等在华盛顿FCC走廊里游荡,试图掌握这些事态的发展。小道消息都是正面的,只是比预期耗时更长。
And that's fine as long as in the background you're able to kind of come up with assorted, you know, I don't know, I guess scuttlebutt is the right word. you know, reading tea leaves, some of the bigger tea, I'm not going to mention all of them here because some of them are, you know, better better left not said, I guess, but some very obvious ones like the fact that this entire process to develop a backup to GPS was put in motion by President Trump at the end of his first term when he had an executive order basically saying we need a backup to GPS and uh you know that's a national defense issue. So, he wants it to happen. You could read the other people that are involved. Ted Cruz is one of the people that will be overseeing the committee that, you know, helps this move forward. He has been pretty vocal about the need for a backup to GPS. You could look at some of the people that are involved with financing the company and their experience in this arena. And then there's also an army of lobbyists and consultants and lawyers and everything else that basically roams the hallways of the FCC in Washington trying to keep their finger on the pulse of how these things are developing. And the scuttle back is all positive other than taking longer than expected.
政府运转缓慢。这方面没有新消息,确实令人沮丧。但好消息是,在这一延迟过程中,频谱本身的价值持续上升。基本上,当几年前这一旅程开始时,卫星直接到设备通信的概念并不流行。但就在过去一年左右,这已成为频谱领域最热门的话题,从Elon Musk到Amazon等所有人都在试图弄清楚如何通过卫星实现直接到设备通信。
这里涉及的频谱之美在于它是低频段,从非常高的层面看,低频段频谱可以穿透墙壁和树冠,而中频段或高频段频谱则不能。如果你基本上从太空广播,这一点很重要,对吧?
And you know the wheels of government grind slow. I guess there's no there's no news on that front. It's certainly frustrating. But the good news is that in the background during this whole delayed process, the value of the spectrum itself has continued to go up. And basically when this whole journey started a number of years ago, the idea of satellite directto device communication was not really in vogue. But just over the last year or so that's become the hottest topic in the spectrum world with everyone from Elon Musk to Amazon to others you know trying to figure out how they can work through satellites direct to device. Now the beauty of the spectrum in question here is that it is low band and from a very high level lowband spectrum can penetrate through walls and through tree cover in a way that mid-band or high band spectrum cannot. if you're, you know, if you're basically broadcasting from space, that's important, right?
背景的一部分是,多年来FCC已明确表示希望建立第四家运营商。Elon现在正试图,他没有公开说过,但他强烈暗示可能是Starlink。但要实现第四家运营商,你需要低频段频谱,因为人们希望能在室内获得手机服务。所以,频谱价值持续上升的原因有很多。
And part of the background as well is that for years the FCC has made it clear they want to stand up a fourth carrier. Elon is now trying to I mean, he hasn't publicly said that, but he's very heavily hinting that could be Starlink. Um, but to do that, to have a fourth carrier, you need lowband spectrum because people want to be able to get cell phone service inside. So, there's a number of reasons why the spectrum value keeps going up.
所以,是的,延迟令人沮丧。但现实是,如果这一切发生得非常非常快,频谱可能会以低于当前水平的价格出售或货币化,因为频谱价值持续上升。所以,除了需要更多耐心外,我确实没有其他更新。
So yes, frustrating delay. The reality though is that if this had all happened very very quickly, the spectrum probably would have been sold at a price or monetized at a price I should say that would have been disappointing in terms of where we are today because the value of the spectrum keeps going up. So you know I don't really have an update other than more patience required.
嗯,你知道,这是知情者之间的一个笑话:为什么Eric Trump不能作为大股东之一站出来?那不是很好吗?但我不想深入政治层面,只想说,我认为两党中除了代表沃尔玛选区的国会议员(他一直反对)之外,其他国会议员都同意这是一个国防问题。
Well, I mean, look, that's kind of one of the jokes amongst people that know is like, how come Eric Trump can't come out as file as one of the large shareholders here? Like, wouldn't Wouldn't that be nice? But, you know, I don't I don't want to I don't want to get into the political side of it all other than to say that I think both sides of the aisle with one exception being the congressman who represents Walmart's district, he has been an objector. But other than him, everyone else in Congress, I think, is on board with the idea that this is a national defense issue.
还有一些在常识范围内可以做的事情,例如,目前在美国,对于第15部分设备,我想是分配了26兆赫的频谱,其中包括RFID,而中国我认为是6兆赫,欧盟是5兆赫,大致如此。为什么我们需要分配比这些主要经济体多五倍的频谱给这个?
FCC的部分职责是最大化频谱的使用。这有点像最高最佳用途,虽然不是确切的措辞,但本质上就是最高最佳用途。那么,为什么我们需要这么多频谱用于RFID,而世界其他地方没有这么多也能运行良好?
And then there's things you could do that just, you know, in the realm of common sense for, so for example, in the United States right now for part 15 devices, they have is it I guess it's 26 megahertz of spectrum allocated to part 15, which includes RFID and China has I think six and the EU has five megahertz or you know, that's directionally correct. Why do we need five times more spectrum allocated to this than those other major economies? And part of the FCC's mandate is to maximize the use of spectrum. It's kind of, you know, it's kind of a highest and best use. I mean, that's not the exact phrasing, but it's essentially highest and best use. So, you know, why do we need this much spectrum for RFID when the rest of the world does fine without that much?
然后,我可以更技术性地解释,但可能不值得在这里花时间,只需理解RFID的工作方式。RFID阅读器中心调谐到915兆赫,然后它们连续扫描902到928,在一秒内它们会扫描该频段大约一千次,或者可能是两千次,取决于技术,如果遇到干扰,它们就跳到下一个频谱片段。
所以如果有一个5G电话在一个小频谱片段上进行,它们就继续扫描,但中心调谐是915,那是信号最强的地方,也是大多数命中发生的地方,而915并不是Nexnav感兴趣的频谱部分。所以这些都是常识。
And then, I mean, I could get more technical. It's probably not worth the time here, but just understanding the way RFID works. RFID readers are center tuned to 915 meghertz and then they scan from 902 to 928 continuously like in a second they will scan that band like a thousand times or whatever it is maybe it's 2,000 depending on the technology and if they bump into some interference on the way they just go to the next little slice of spectrum so if there is you know a 5G phone call taking place on one little slice of spectrum they just it just keeps going but the center tune is 9:15 that's where the signal is strongest that's where most of the hits occur and 915 is not part of the spectrum that Nexnav is even interested in. So that that stuff is all common sense.
政府部分诚然不是常识。但如果你考虑美国需要GPS备份的大局动态,我应该说明有其他替代方式可以实现,但这是最便宜、最快、最好的方式,并且也能最好地利用频谱。
The government piece is admittedly not common sense. Um but if you think of the the big picture dynamics of the US needing a backup to GPS there and I should be clear there are other alternative ways to get that but this is the cheapest, fastest and best way to get there and it also makes best use of the spectrum.
另一个小的常识片段是,频谱的其他用户之一是收费公路,比如EasyPass或SunAss之类。但最近新闻中也有这些Flock摄像头在记录每个人的车牌。我不清楚为什么EasyPass需要使用频谱来在你的卡里放一个小标签,而不是在这个时代使用摄像机和AI来读取车牌。
EasyPass首次出现时,我想是1988年,如果我没记错的话。当时没有AI,甚至没有真正的计算机。显然,世界已经进步了很多。不清楚为什么他们仍然需要依赖无线频谱,因为有更好的技术不使用这种非常稀缺和宝贵的资源,因为他们不再制造更多的频谱,尽管反对者需要或想要忽视物理定律,物理定律仍然适用。
他们不会制造更多频谱。那么为什么我们作为一个国家要把它用于我们不需要的地方?这只是常识。政治比常识更难。需要更多耐心。
Um and you know just another small common piece slices one of the other users of the spectrum is are the toll roads. So like easy pass or sunass something like that. But also in the news these days is the idea of these flock cameras that are out recording everyone's license plates. It's not clear to me why Easyypass needs to use spectrum to you know have a little tag in your card rather than just at this day and age using a video camera and AI to read license plates. You know, the EasyPass first came on the scene, I think it was 1988, if I remember correctly. And at the time, there was no AI. You know, there weren't even real computers. So, obviously, the world has come a long way. It's not clear why they still need to rely on wireless spectrum when there are better technologies out there that don't use this very scarce and very valuable resource because they're not making any more spectrum that despite the opposition's, you know, need or want to ignore the laws of physics. the laws of physics still apply. Like they're not making more spectrum. So why would we as a country use it for something where we don't need to? It's just it's kind of common sense. The politics are harder than the common sense. Um more patience required.
这很难,因为有很多围绕太空股票和其他的人,他们很快说出可能从别处听到但没有确认或没有与业内人士交谈的事情。不仅围绕Nexnav,还有其他股票也有很多信息。但也有大量这个领域的专家非常容易接触。
大量说客和律师等,稍微打打电话,从专家那里了解情况,观点比从Twitter上得到的负面观点要好得多。
it's hard because there's a lot of people around space stocks and everything else that are you know very quick to to say things that they maybe heard somewhere else but haven't confirmed or have not talked to industry insiders. There's a lot of information not just around Nexnav but around other stocks as well. But um there's also a ton of experts in this space that are very accessible. a ton of these lobbyists and lawyers and stuff and you know work the phones a little bit and find out from the experts the view is a lot better than the negative view you get from from Twitter.
这个频道对 $NNX 的历次判断
The Acquirers Podcast 在这只股票上只有这一条判断。