Bengaluru, Karnataka, India Today Not disclosed
x86 Linux Jobs
x86_64 (AMD64) is the dominant server and workstation architecture, running the vast majority of Linux server infrastructure worldwide. x86 Linux expertise encompasses server administration, performance optimisation, systems programming, virtualisation, and bare-metal provisioning. While ARM is gaining ground in cloud, x86 remains the architecture for most enterprise, HPC, and on-premises Linux workloads.
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Burlingame, California, United States Today Not disclosed
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Santa Clara, California, United States Today $249k – $325k
Taiwan Today Not disclosed
Boston, Massachusetts, United States 2d ago $100k – $122k
London, United Kingdom 2d ago Not disclosed
Austin, Texas, United States 2d ago Not disclosed
Remote, Worldwide 2d ago Not disclosed
Santa Clara, California, United States 5d ago Not disclosed
New York City, New York, United States May 26 $230k – $310k
California, Hawaii, Nevada, Oregon, Washington, United States May 22 $90k – $176k
Austin, Texas, United States; South San Francisco, California, United States May 21 $123k – $216k
Palo Alto, California, United States May 21 $125k – $220k
Long Beach, California, United States May 21 $181k – $249k
San Jose, California, United States May 21 $163k – $253k
Puerto Varas, Los Lagos, Chile May 21 Not disclosed
San Francisco, California, United States May 21 Not disclosed
Hamburg, Germany May 21 Not disclosed
London, United Kingdom May 21 Not disclosed
New York City, New York, United States May 21 $150k – $250k
Frequently Asked Questions
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x86_64 (also called AMD64 or x86-64) is the 64-bit extension of the x86 instruction set, jointly developed by AMD and Intel. It dominates server deployments because of its decades of software optimisation, massive ecosystem of Linux-compatible software, hypervisor support, and the concentration of workloads in datacentres where power consumption per server is less critical than in mobile. Intel Xeon and AMD EPYC processors power the majority of the world's Linux servers.
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x86 Linux roles may require BIOS/UEFI configuration, NUMA (Non-Uniform Memory Access) architecture understanding for performance-sensitive workloads, CPU pinning and affinity for real-time or HPC, hardware virtualisation (Intel VT-x, AMD-V) for hypervisor roles, performance profiling (perf, Intel VTune), Intel DPDK for high-performance networking, and low-level systems programming in C or assembly.
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ARM is growing but x86_64 remains dominant. AWS Graviton, Ampere Altra, and Apple Silicon are strong ARM alternatives offering better power efficiency. However, the ecosystem of x86-optimised enterprise software, existing infrastructure investment, and software compatibility mean x86_64 will remain the majority server architecture for years. Many organisations run mixed x86/ARM fleets.
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KVM (Kernel-based Virtual Machine) leverages Intel VT-x and AMD-V hardware virtualisation extensions for near-native VM performance on x86 Linux. Xen hypervisor also targets x86 primarily. SR-IOV (Single Root I/O Virtualisation) for network and storage virtualisation is x86-focused. Understanding these x86 hardware features is important for Linux infrastructure roles involving virtualisation or private cloud deployments.