Raxul

how much budget is left?
 
cpu wise 5700x3d, shame that theres no tray versions since the tray 5700x is like 2jt cheaper
 
3090 still fits in the budget if you go for a 5700x though i think a 6900xt for 3.5jt less is abit more reasonable
 
cooler wise ag620 cause its cheaper than both the peerless assassin and frozn a620, its basically the same price as the peerless assassin se but im pretty sure they perform the same anyways
 
 
and if you can return parts id ditch that 650gm for an andyson 1200w px

What do you plan to play with and how good is your motherboard. I personally like option 3 only if base motherboard is good so that down the line you can upgrade to 5800X3D. B550 Steel legend is good, clear upgrade path for the future. Monitor can make a big impact on how much you can enjoy a game, especially single player games.

As mentioned above as well. It would really depend on the games and resolution you would be playing at. So the fastest GPU in the option is the 7800xt. So prioritized getting this GPU to fit your budget. As for the CPU, upgrading from 5600 to 5700x would actually get you around 5-15% average increase, depending on the game. If you play FPS or MOBA games primarily, prioritize getting the better CPU.  But that's on 1080p scenario. If you're planning to play at 1440p, you can get the 5600, so that you can get a better GPU.

If it where me, I would probably get the 5700x + XFX RX 7800Xt Core Speedster Qick. Then, get the cheapest dual tower CPU cooler like the Thermalright Peerless Assassin. Which should be on par with dark rock pro, but only cost less than half the price. With the price difference could actually be added to the CPU so that you can get a 5700x or even 5700x3d. But sometime later, you really do need a higher resolution monitor. As 7800xt and even the other GPU options are overkill for 1080p. The same way as the old GTX 10 series and RX 400/500 series were made for 1080p and overkill for 720p. Even if not immediately, 1440p would be the best pair for those GPU vs 1080p or 4k.

i gotta admit i'm making a worst mistake here by actually using intel stock cooler to get a cheaper build

That's one sketchy motherboard, and I've never heard of the RAM manufacturer. I have that power supply, and it's awesome. Anyway, here's what I came up with.
 
Isi Daftar Belanja Hapus Produk Jumlah. Total Intel - Pentium G3250

Intel Pentium, Clock: 3.2GHz, 3.5MB Total Cache
Dual Core, Haswell, 53W, LGA1150 Rp.750.000,- ASRock - H81M-VG4 R2.0
Intel H81, 2 x DDR3 up to 1600MHz, Socket 1150
mATX Form Factor Rp.755.000,- Cooler Master - CMP 102
Mid Tower, Mini-ITX, microATX, ATX Motherboard Support, I/O ports : USB 2.0 x 2, Mic x 1, Audio x 1 (supports AC97 only), Power Supply Not included Rp.370.000,- Patriot - Spark 128GB

Spark, 2.5”, 128GB, SATA III
Controller: Phison S11, Memory: TLC NAND flash Rp.640.000,- Super Flower - SF-450P14HE

Amazon, 100-240 VAC Input, 12CM Fan
ATX, Non Modular, 450W, 80 Plus Bronze Rp.580.000,- Patriot - PSD34G1600H
Signature Series, 4GB DDR3 1600MHz (PC3 12800) Rp.315.000,- Sub-Total: Rp.3.410.000,

here's what i came up with:

Simulasi Harga
 
  LAST UPDATE : SABTU, 7 JANUARI 2016
Product Name Quantity Price Subtotal Intel Pentium G3220 3.0Ghz Cache 3MB [Tray] Socket LGA 1150 - Haswell Series (Rp 540000) 1 Rp 540,000 Rp 540,000 Colorful C.H81-DS Plus V20 (LGA1150, Intel H81, DDR3 ,USB3, HDMI) - Garansi 3 Th (Ready Stock !!!) (Rp 590000) 1 Rp 590,000 Rp 590,000 Adata SP580 120GB SATA III (Rp 658000) 1 Rp 658,000 Rp 658,000 OCPC XTREME DDR3 PC12800 1600Mhz 8GB (Rp 475000) 1 Rp 475,000 Rp 475,000 SPC SX-6/SX-16/SX-15 PSU 450W (Ready Stock !!!) (Rp 195000) 1 Rp 195,000 Rp 195,000 Seasonic ECO Series 430W - ECO-430 - 80 Bronze Certified - 3 Years Warranty Replacement - Retail Box (NO OEM) - PROMO PRICE !!! Normal Price Rp 735.000 (Rp 560000) 1 Rp 560,000 Rp 560,000 Grand Total Rp 3,018,000   don't use the psu that comes with the case unless you want a housefire.

linus just released holidays buyer guide, if you tight on a budget, 6500 is very good and decent enough for gaming

i'd recommend this:
PCPartPicker part list / Price breakdown by merchant
CPU: Intel Core i5-6400 2.7GHz Quad-Core Processor  ($179.99 @ SuperBiiz) will do better than the i3
Motherboard: Gigabyte GA-H110M-A Micro ATX LGA1151 Motherboard  ($53.88 @ OutletPC) don't pair an i3 with a z170 board, get an i5 and cheaper mobo instead.
Memory: Kingston FURY 8GB (1 x 8GB) DDR4-2133 Memory  ($35.88 @ OutletPC) 
Storage: Avexir E100 240GB 2.5" Solid State Drive  ($54.99 @ NCIX US) store the OS here.
Storage: Seagate Barracuda 1TB 3.5" 7200RPM Internal Hard Drive  ($46.88 @ OutletPC) 
Video Card: Gigabyte Radeon RX 480 8GB Video Card  ($239.99 @ SuperBiiz) wait for stock if possible.
Case: Deepcool TESSERACT SW ATX Mid Tower Case  ($39.99 @ SuperBiiz) pretty decent budget case.
Power Supply: Corsair CXM 450W 80+ Bronze Certified Semi-Modular ATX Power Supply  ($49.99 @ NCIX US) 
Total: $701.59
Prices include shipping, taxes, and discounts when available
Generated by PCPartPicker 2016-08-19 05:00 EDT-0400

how about Motorola moto E? or sony Xperia M4 aqua.
also I had asus Zenfone 5, and the mic is working perfectly with no problem, been using it for 3 years, and I love this phone, so try the zenfone 2 too

Nice

Hi! You'll definitely see an improvement with the 1060 at 1080p. You could also look for a RX 480/470 depending on the games you play, you might save some money that way. It will be a bit less powerful than a 1060 but still enough for 1080p gaming on most titles.
 
And about bottleneck, it's really simple. It refers to the cases where a component (usually CPU or GPU) is holding back other components because it's simply too slow. Most of the time, people will pair a brand new powerful GPU with a crappy old CPU. In that case, the CPU won't be able to send instructions fast enough to the GPU, leading to a 100% CPU utilization and the GPU sitting at a lower utilization waiting for instructions to arrive. That could cause serious frame dips. But in a "normal" scenario where the CPU is powerful enough to keep the GPU fed with instructions, the GPU will always be the bottleneck, running at 100% trying to send as many frames as possible because it's not limited by the CPU.
 
It's an oversimplification of bottlenecks, but I hope you get the gist