There’s a sweet spot in PC building where you stop making compromises and start making choices. At ₹1,05,000, this Intel Core Ultra 5 250K build sits right in that zone – powerful enough to run modern AAA titles at 1080p with ease, capable of pushing 1440p at medium settings, and built on a platform with a clear upgrade road ahead. It won’t embarrass itself next to builds costing ₹30,000 more, especially once DLSS 4 gets involved. Here’s every component, why it’s here, and what to do when you’re ready to go further.
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Arrow Lake is Intel’s most recent architectural shift, and the Core Ultra 5 250K is its mid-tier unlocked chip. With 14 cores, a 125W TDP, and Intel’s Thread Director routing workloads intelligently between Performance and Efficiency cores, it handles gaming, background apps, and light content creation without breaking a sweat. The “K” suffix means it’s overclockable – though as we’ll get to, the motherboard in this build keeps that potential on the shelf. At stock clocks it’s a strong, modern CPU that won’t bottleneck the RTX 5050 at 1080p or 1440p.
The biggest line item and the heart of this build. The RTX 5050 is NVIDIA’s budget entry into the Blackwell generation, and it brings the full suite of next-gen features down to this price point – hardware ray tracing, AV1 encoding, and most importantly, DLSS 4 with Multi Frame Generation. That last feature is significant: MFG uses AI to generate additional frames between rendered ones, pushing effective frame rates well beyond what the raw raster performance suggests. At 1080p high settings, expect 70–90 fps native; flip on DLSS 4 Quality mode and that number climbs past 100 fps comfortably. The 8GB GDDR6 frame buffer is adequate for the resolution this card is designed for, though you’ll want to keep texture settings in check at 1440p.
The Hyper 212 has been a budget-build staple for years, and the Halo ARGB edition updates it with a cleaner design and a subtly lit ring around the 120mm fan. It manages the 250K’s thermals competently at stock clocks, keeping the chip in its comfort zone during extended gaming sessions. Push towards an overclock and it starts to run out of headroom above 5.2 GHz all-core – but given the H610 motherboard locks the multiplier anyway, that’s a non-issue for this build as configured. Aesthetically, the ARGB ring ties in nicely with the tempered glass panel on the Aerocool case without demanding a separate controller.
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Here’s where the build’s honest trade-off lives. The H610M-E is a reliable, no-frills Micro-ATX board with DDR4 support, solid VRMs for stock operation, and all the connectivity a gaming build needs. What it doesn’t have is an unlocked CPU multiplier, H610 chipsets cap overclocking, which means the 250K’s “K” designation goes unused. For the budget, this is a defensible choice: it keeps the total under ₹1,05,000 and the CPU performs well at stock. But if your budget has any flex, upgrading to a Z890 board is the single change that gives you the most back for the money spent on the processor.
This is one of the build’s smarter decisions. High-frequency DDR4 has a measurable impact on 1080p gaming frame times, the CPU’s memory controller benefits from faster data access, which shows up as fewer stutters and tighter 1% lows in CPU-sensitive titles. The RipjawsV ICs are well-regarded for stability and respond well to XMP, so enabling the 4600 MHz profile in BIOS is a one-click affair. The 16GB (2×8GB) dual-channel configuration covers the vast majority of modern games, though 32GB is worth considering as a near-future upgrade as game memory requirements creep upward.
A PCIe Gen 3 NVMe M.2 drive with sequential reads around 2,400 MB/s, a meaningful step above any SATA SSD and a massive improvement over a spinning hard drive. Windows boots in seconds, games load without noticeable waits, and large file operations feel snappy. At 1TB, you have room for the OS, drivers, a browser full of tabs, and a rotating library of 10 to 15 games before you start managing space. It’s not the flashiest component in the build, but fast storage improves the moment-to-moment feel of using a PC more than almost anything else.
80 Plus Bronze certified at 550W and fully ATX 3.1 compliant, this unit delivers clean, stable power with a native 12V-2×6 connector that modern NVIDIA cards prefer. The RTX 5050 draws under 130W at peak load, and the 250K sits around 125W under full gaming stress, leaving this PSU running at roughly 50% capacity, the efficiency sweet spot. More importantly, 550W gives you room to upgrade to an RTX 5060 Ti without touching the power supply, which makes this a genuinely future-proof unit for this platform tier.
The Beam punches above its price with a mesh front panel that prioritises airflow over pure aesthetics, a tempered glass side panel to show off the build, and enough internal room to work comfortably. It supports ATX, mATX, and mITX boards, accommodates CPU coolers up to 165mm tall (the Hyper 212 Halo clears this easily), and has mounting points for a 240mm AIO radiator up front, handy if you later swap the air cooler. Cable management channels keep things tidy, and the overall build quality feels solid for the asking price.
| Component | Model | Price |
| CPU | Intel Core Ultra 5 250K | ₹28,000 |
| GPU | ZOTAC RTX 5050 SOLO 8GB GDDR6 | ₹35,000 |
| CPU Cooler | Cooler Master Hyper 212 Halo ARGB | ₹3,400 |
| Motherboard | MSI Pro H610M-E DDR4 | ₹6,000 |
| RAM | G.Skill RipjawsV 16GB DDR4-4600 | ₹14,000 |
| SSD | EVM 1TB NVMe | ₹11,000 |
| PSU | Cooler Master MWE 550 V3 ATX 3.1 | ₹4,200 |
| Case | Aerocool Beam Mid Tower | ₹3,500 |
| Total | ₹1,05,100 |
At 1080p with high settings, this build delivers 70–90 fps across demanding AAA titles like Cyberpunk 2077, Hogwarts Legacy, and Alan Wake 2 in native raster. Enable DLSS 4 Quality mode and effective frame rates push past 100 fps on most of those same titles. For esports games – Valorant, CS2, Apex Legends – you’re looking at 140 fps and above at 1080p medium to low settings, which makes a 144Hz monitor a natural pairing. At 1440p, medium settings land in the 50–65 fps range natively, with DLSS 4 bringing that up to a comfortable 75–85 fps. Ray tracing is available but best used selectively, with RT on at 1080p, expect 40–55 fps, which DLSS rescues to playable territory.
Full system power draw under gaming load sits around 250–270W, well within the PSU’s comfort zone.
The most impactful first upgrade is replacing the H610 motherboard with a Z890 board, which unlocks overclocking for the 250K, adds PCIe 5.0 NVMe support, and improves the platform’s long-term upgrade path for around ₹12,000–18,000. From there, upgrading to 32GB DDR4 RAM for roughly ₹6,000–8,000 helps future-proof the build for newer games and heavier multitasking. The largest gaming performance boost comes from swapping the RTX 5050 for an RTX 5060 Ti or AMD RX 9060 XT, a ₹28,000–40,000 upgrade that turns the system into a capable 1440p gaming machine while remaining within the limits of the existing 550W PSU. Once overclocking is on the table, replacing the Hyper 212 Halo with a 240mm AIO cooler improves thermal performance and sustained boost clocks without needing a new case. Finally, adding either a 2TB HDD or a second NVMe SSD expands storage capacity and keeps the primary drive fast and uncluttered as game libraries grow.