Fl

🚀🚀🚀🚀🚀💎💎💎💎💎 #AMC #MULN #APE

[Fl @FlixR15]

@Liathetrader Im not eating meat but I’m glad you like sausages 😊

[Pep Invest @PepInvestStocks]

$SIVE is crazy because you’ve got this stock sitting right at the absolute center of a multi-billion-dollar web, deeply embedded with $JBL ($30B+), $GFS ($25B+), and @AyarLabs, which is literally bankrolled by $NVDA, $AMD, and $INTC.

This is exactly where the Pipeline Glitch happens and the math gets completely stupid, because their massive LiDAR partnership with $AEVA dropped a contract worth up to $138 million, while their total commercial pipeline has exploded to nearly $800 million.

The reality here is that $SIVE isn't just riding the hype wave; they own the foundational tech that makes the entire AI hardware transition physically possible, so it doesn't matter if Meta, Amazon, Microsoft, or Google wins the AI wars because at the end of the day, every single data packet is forced to route through $SIVE technology.

[Pep Invest @PepInvestStocks]

Based on their strategic manufacturing pipeline, $SIVE lasers will highly likely be embedded directly within the physical $GFS-manufactured hardware modules, co-packaged optics, and optical computing racks that power $XNDU quantum infrastructure, driving the cloud networks, hybrid supercomputing systems, and industrial simulation platforms utilized by TELUS, AMD, Volkswagen, BMW, Toyota, Rolls-Royce, Lockheed Martin, and DARPA.

[revoAIution @revoAIution]

$SIVE is one layer underneath $NVDA NVLink Fusion.

This OCP APAC slide shows the three Optical Interconnect Partners: Ayar Labs, Lightmatter, and $MRVL.

Ayar Labs uses $SIVE lasers, confirmed by Ayar's own CTO.

The slide also shows Custom Silicon Partners including $AMD, MediaTek, Samsung, and others.

More custom XPUs → more optical interconnects → more lasers.

$SIVE isn't on the slide.

Its lasers are sitting underneath one of the companies that is. Ayarlabs

[Pep Invest @PepInvestStocks]

Why $SIVE technology is uniquely positioned and structurally irreplaceable

1. The Indium Phosphide (InP) Laser Monopoly for AI

Standard silicon microchips are physically incapable of emitting light. As AI data centers transition away from bottlenecked copper cables to light-driven data transfer (Silicon Photonics), they require a highly stable external light source. $SIVE designs and manufactures ultra-advanced Indium Phosphide (InP) Continuous Wave (CW) laser arrays. $SIVE possesses one of the very few platforms globally capable of mass-producing these lasers with the extreme precision and power efficiency required to feed next-generation optical AI chips from heavyweights like $NVDA, $AMD, and $INTC (via partners like @AyarLabs. They hold a multi-year R&D lead that cannot be easily replicated.

2. Monolithic Integration (Co-Packaged Optics / CPO)

Traditionally, aligning lasers with silicon chips requires a complex, costly, and error-prone assembly process after the chips are manufactured. Through their flagship partnership with $GFS, $SIVE integrated their laser technology directly into standard commercial silicon manufacturing lines. This eliminates assembly friction and data loss entirely. For mega-scale data centers, this turnkey integration is the "Holy Grail“, drastically reducing power consumption while unlocking unmatched data speeds.

3. Hyper-Frequency Performance Without Thermal Death

Modern communication (5G, satellite constellations, military defense) relies on higher frequencies like Millimeter Wave (mmWave) and the Ka-band. The core issue with traditional chips is that they overheat, drain excessive battery, and suffer from massive signal degradation. $SIVE utilizes Silicon-Germanium (SiGe) and InP architectures to create highly efficient RF-ICs (Radio Frequency Integrated Circuits) and Beamforming chips. Their chips offer the highest energy efficiency and output power on the market. This unique combination allows military terminals, such as those powered by $YSS, to track multiple satellites simultaneously without overheating or losing signal integrity.

4. Hardware Agnosticism (One Chip to Rule Them All)

Most competitors build restrictive, single-purpose chips tailored to a specific satellite network or 5G frequency. $SIVE wireless platforms are exceptionally wideband and fully programmable. A single $SIVE chip architecture can adapt to various global frequencies and deployment standards, saving enterprise customers millions in development costs and future-proofing their hardware.

[Fl @FlixR15]

@pvtjokerus @Scimmia67Tony A lap is not 200m stupid. But hey who cares aber facts right?

[Peak Charts @PoweredByYaH]

$TLRY is so ready for $16 😮‍💨

[Jessir @JesseBlackwoo13]

$TLRY 👀🔊⬆️ HOLY SHIT

[Fl @FlixR15]

It’s actually $TLRY meant here to pop!

[Fl @FlixR15]

@trades_hawk @Jhk823 @CEOAdam @TheRoaringKitty @ryancohen It’s actually $TLRY meant here to pop!

[dev @dev_rootx]

$TLRY earnings on 01/09 and @TheRoaringKitty time post paused at 01:09/04:20
Tinfoil hat on. Is it time for #cannabis? Subreddit/r/roaringkitty seems to think so.

$TLRY trending up 7% premarket off the lows.

[Mustache Bob @MustacheBob2]

He has 12 kids, doesn't talk to several, and spent Thanksgiving with none of them. He's also aggressively campaigning to cut childcare, benefits and education. Stop lying

[Fl @FlixR15]

@Uncle2Triplets 🤮

[TrendSpider @TrendSpider]

Looks like $GME > $30 unlocks a massive squeeze. 🍋

[Golden Goose @Gooseman1019]

Keep your heads up $GME holders today had to happen so we could moon next week. $70 ezpz.

[Fatdad Dirk 🏴‍☠️ @FatdadDirk]

TODAY WAS HIGHEST WEEKLY CLOSE IN OVER 2 YEARS $GME

[Teddizard 🔥 @TeddyPublishing]

Repost if you are a true diamond hand holder $GME #GME

[Fl @FlixR15]

@HelenCasanova_ I really like you posting all of this about women while having the last name „Casanova“ 🤣

[Fl @FlixR15]

@JDunlap1974 I hope the American people are smart enough NOT to vote for such a corrupt criminal like Trump!
But you never know… 😂

[B̲eth ЌΔ𝓨 🔥 @PoisonDeathShot]

😱 Do You Know How Many Harmful, Manmade Chemicals are in Your Fast Food Meat? 🍔🍟🌮