because i have the option 2 i have had the s1 s2 s3 and s4 and just got a bit peed off with minor upgrades lol
Where's the lag?
- Thread starter calvin35
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because i have the option 2 i have had the s1 s2 s3 and s4 and just got a bit peed off with minor upgrades lol
honestly, i used to think like you. but the note 3 has little to no lag. cant say that about any other samsung devices though. (ive had the s4, and i admit it lags)
funny u should say that i was going to get the s5 if it was out in march and then get htc in april or some thing but since they will come out at around the same time it will be one or the other
if i were you i'd probably get the new htc. im a huge samsung fan and the s5 disappointed me.
What? Still? Have you ever used a S4 or something? Because it's instantaneous here.
not all Samsung devices lag
i have galaxy S2 since its released and still flies and it multitask better than GS3 which kinda joke from Samsung ( GS3 more bloated with the same ram )
my main phone now is Note 2 which still very hard to get it lag specially after 4.3 update ( the only thing kinda slow some samsung apps like contacts and dialer )
as for S4 i always use my sister's phone : when it lunched it was kinda stuttery but with many updates its flies now
---------- Post added at 05:10 PM ---------- Previous post was at 05:08 PM ----------
closing apps ? huh..
Maybe it just feels fast.. but if you compare it to a nexus 5 or Z1, the delay on opening and closing apps is easily noticeable
So, are you comparing the experience you have in real life with the Z1 with a video of a pre production device? Not exactly a smart comparison.
Enviado do meu Galaxy S4
I meant if you compare the galaxy s4 vs the nexus 5 or z1.
The s5 might have improved the delay, but from what I have seen in those s5 preview videos the problem is still there.
Ok but both these devices have a newer SoC than the GS4.
The snapdragon 600 and 800 are extremely similar architecturally. There's really not much of a difference outside of clock speed.
Sent from my HTCONE using xda app-developers app
Quoting the Snapdragon site here: Updated Adreno 330 GPU delivers up to 50% increase in graphics performance, compared to its predecessor, Adreno 320.
I'm talking about the cpu strictly, yes the gpu is a fair improvement. Regardless you're pulling quotes from Qualcomm regarding their own chipset, they're going to be generous with their reports.
Sent from my HTCONE using xda app-developers app
http://www.dailytech.com/Qualcomm+Airs+Snapdragon+610+615+801+Plus+Groundbreaking+Antenna+Chip/article34400.htm
Snapdragon 600
Available: Now
Process: 28 nm LP
CPU
Cores
Count: 4
Architecture: Krait 300
Instruction Set: ARMv7
Register/Path Width: 32-bit
Speed: 1.5-1.9 GHz, varying by model
GPU
Architecture: Adreno 320
Speed: 400-450 MHz
Snapdragon 801
Available: Now (samples) / Q1 2014 (devices)
Process: 28 nm LP
CPU
Cores
Count: 4
Architecture: Krait 400
Instruction Set: ARMv7
Register/Path Width: 32-bit
Speed: up to 2.5 GHz, varying by model
GPU
Architecture: Adreno 330
Speed: 578 MHz
http://www.anandtech.com/show/6568/qualcomm-krait-400-krait-300-snapdragon-800
Krait 400
If Krait 300 is the new performance mainstream successor to Krait, Krait 400 is the new ultra high end part. Using TSMC's new 28nm HPm process (High-K + Metal Gate, optimized for low power at peak performance), Krait 400 can run at up to 2.3GHz. The 400 series core inherits all of the improvements from Krait 300 but adds a couple more.
The move to 28nm HPm necessitates a redesign of circuits and some relayout, but Qualcomm also improved the memory interface on the core. Krait 400 enjoys lower latency to main memory and a faster L2 cache.
eMMC 5.0 and DDR3-1866 are other noticeable differences, also the ISP is clocked much higher and has new signal processing capabilities for the camera, and there is much wider networking support for the newest standards I would say overall it's a pretty big difference ...
Snapdragon 600
Available: Now
Process: 28 nm LP
CPU
Cores
Count: 4
Architecture: Krait 300
Instruction Set: ARMv7
Register/Path Width: 32-bit
Speed: 1.5-1.9 GHz, varying by model
GPU
Architecture: Adreno 320
Speed: 400-450 MHz
Snapdragon 801
Available: Now (samples) / Q1 2014 (devices)
Process: 28 nm LP
CPU
Cores
Count: 4
Architecture: Krait 400
Instruction Set: ARMv7
Register/Path Width: 32-bit
Speed: up to 2.5 GHz, varying by model
GPU
Architecture: Adreno 330
Speed: 578 MHz
http://www.anandtech.com/show/6568/qualcomm-krait-400-krait-300-snapdragon-800
Krait 400
If Krait 300 is the new performance mainstream successor to Krait, Krait 400 is the new ultra high end part. Using TSMC's new 28nm HPm process (High-K + Metal Gate, optimized for low power at peak performance), Krait 400 can run at up to 2.3GHz. The 400 series core inherits all of the improvements from Krait 300 but adds a couple more.
The move to 28nm HPm necessitates a redesign of circuits and some relayout, but Qualcomm also improved the memory interface on the core. Krait 400 enjoys lower latency to main memory and a faster L2 cache.
eMMC 5.0 and DDR3-1866 are other noticeable differences, also the ISP is clocked much higher and has new signal processing capabilities for the camera, and there is much wider networking support for the newest standards I would say overall it's a pretty big difference ...
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2http://www.dailytech.com/Qualcomm+Airs+Snapdragon+610+615+801+Plus+Groundbreaking+Antenna+Chip/article34400.htm
Snapdragon 600
Available: Now
Process: 28 nm LP
CPU
Cores
Count: 4
Architecture: Krait 300
Instruction Set: ARMv7
Register/Path Width: 32-bit
Speed: 1.5-1.9 GHz, varying by model
GPU
Architecture: Adreno 320
Speed: 400-450 MHz
Snapdragon 801
Available: Now (samples) / Q1 2014 (devices)
Process: 28 nm LP
CPU
Cores
Count: 4
Architecture: Krait 400
Instruction Set: ARMv7
Register/Path Width: 32-bit
Speed: up to 2.5 GHz, varying by model
GPU
Architecture: Adreno 330
Speed: 578 MHz
http://www.anandtech.com/show/6568/qualcomm-krait-400-krait-300-snapdragon-800
Krait 400
If Krait 300 is the new performance mainstream successor to Krait, Krait 400 is the new ultra high end part. Using TSMC's new 28nm HPm process (High-K + Metal Gate, optimized for low power at peak performance), Krait 400 can run at up to 2.3GHz. The 400 series core inherits all of the improvements from Krait 300 but adds a couple more.
The move to 28nm HPm necessitates a redesign of circuits and some relayout, but Qualcomm also improved the memory interface on the core. Krait 400 enjoys lower latency to main memory and a faster L2 cache.
eMMC 5.0 and DDR3-1866 are other noticeable differences, also the ISP is clocked much higher and has new signal processing capabilities for the camera, and there is much wider networking support for the newest standards I would say overall it's a pretty big difference ...11Set your animations to 0X then dummies
That has nothing to do with it. Dummy.1My app opens basically instantly when animations are on 0X so... sucks for you guys.. Sprint GS4.
