Behind the Silicon: Snapdragon X Episode 2

Welcome to episode 2 of “Behind the Silicon: Snapdragon X Elite,” Born in San Diego. Join our host tech journalist Lucy Hedges and Snapdragon Insiders Kevin Breeze and Paul Smith as they tour Qualcomm HQ, where they visit the Snapdragon Systems Performance Lab, the Product Test Lab, the Qualcomm Museum, and more - all while learning about the iconic Snapdragon X Elite platform.
Learn more about Snapdragon X Elite: www.qualcomm.com/snapdragon/l...

[@ymarkam212]

very excited to see Snapdragon X elite Ai

[@fefifofob]

We keep the consumer happy by watching their every move.

[@Gigi-sw8tr]

Pretty excited stuff for the Mobile industry!!!

[@ymarkam212]

Loved X elite

[@amirsuhel7184]

We Indians are everywhere ❤

[@Tanbanker]

That's awesome ❤

[@mecholrivera4106]

And that's ok.
The world should be One Country and everyone is from the same place

[@debojitmandal8670]

Ya also shows how bad our country is as there are less oppertunities

[@junaraju]

Great video...

[@itssaraekaryn]

Love the episode! Exciting things happening 👌🏾

[@harlyjosh1460]

When will it be available !??😩

[@Vulk7n]

June

[@user-cx6rg6mr7d]

battery life and performance onbar with m1 macbook air is all i ask.

[@user-Bryanlike]

Where is the gsr snapdragon?

[@rajeev_pr]

Love the series

[@inamulbhuyan]

Snapdragon X Elite ❤❤

[@JackieKido15]

Awesome

[@user-nc1bj1lb2q]

good

[@biglokofourtwenty8167]

Snapdragon chipsets, happy gaming!!

[@netbat4399]

does not always use the full power of the single core, because if the phone is in the process of playing games, working, multi-threading, the temperature exceeds 85°C etc, the oryon sd8gen4 core will never exceed exceed 3.6GHz and the CPU will be limited in voltage and performance. this is what Apple did. When we run benchmarks, the CPU will realize that it is not performing any multi-threading or heavy load actions, so the other cores will reduce the frequency to extremely low levels like 300-700MHz, while the main core will run at maximum frequency. to achieve higher benchmarks with significantly reduced voltage. We will beat Apple, Qualcomm's chips are always the choice of smartphone users

[@netbat4399]

reduce npu to increase single core, multi core perf first. beat apple and all eye are on Qualcomm .no need npu, need instruction or sth to use gpu for both render and A.I instead of npu seperate. don't waste gpu, make full use of everything to beat apple, voltage & frequency, performance headroom

[@netbat4399]

just need a npu like a very small silicon core e-core intel example for special work, but main activity is on gpu

[@ryanfilmsdude1]

WAHHHH WAAAAAA RAHHHHH YOU LIKE THAT? HUH YOU LIKE THAT RAHHHHHHHHH

[@hakimhakimullah]

Wow

[@Epic_Noman]

I didn't know that snapdragon was being built by indian brain😅

[@DarkvoltSilver778-cl7iq]

LAPTOP APU AND NPU DIRECT X12 RAY TRAICING XBOX GAMES 2024 ARM X86 AND + GPU DIRECT X12

[@pikejordan7260]

sab thik tha par 3d rendering ka comparison nahi dikhaya 😏

[@joemartin8888]

So cringe.....Its like watching the smartpipe parody on adult swim.... You're totally lying about your AI capacity....What a woke joke