Bend
3.40 GHz 16Cores 32Threads
49185 | 54
Bend
3.50 GHz 4Cores 8Threads
62758 | 236
Bend
2.10 GHz 8Cores 16Threads
62762 | 236
Bend
2.00 GHz 64Cores 128Threads
49197 | 54
Bend
2.40 GHz 40Cores 80Threads
62766 | 236
Bend
4.20 GHz 24Cores 48Threads
49202 | 54
Bend
2.40 GHz 96Cores 192Threads
49207 | 54
Bend
2.25 GHz 128Cores 256Threads
49213 | 54
Bend
4.05 GHz 24Cores 48Threads
49220 | 54
Bend
4.10 GHz 24Cores 48Threads
49229 | 54
Bend
2.26 GHz 4Cores 8Threads
48211 | 68
Bend
3.80 GHz 4Cores 8Threads
48212 | 68
Bend
4.20 GHz 4Cores 8Threads
48213 | 68
Bend
3.20 GHz 8Cores 16Threads
48214 | 68
Bend
2.60 GHz 14Cores 28Threads
48215 | 68
Bend
2.30 GHz 18Cores 36Threads
48216 | 68
Bend
2.50 GHz 20Cores 40Threads
48217 | 68
Bend
3.00 GHz 20Cores 40Threads
48218 | 68
Bend
3.00 GHz 20Cores 40Threads
48219 | 68
Bend
2.60 GHz 28Cores 56Threads
48220 | 68
Bend
2.20 GHz 44Cores 88Threads
48221 | 68
Bend
2.40 GHz 40Cores 80Threads
48222 | 68
Bend
2.50 GHz 40Cores 80Threads
48223 | 68
Bend
3.40 GHz 16Cores 32Threads
48224 | 68
Bend
4.50 GHz 16Cores 32Threads
48225 | 68
Bend
4.30 GHz 16Cores 32Threads
48226 | 68
Bend
2.85 GHz 24Cores 48Threads
48227 | 68
Bend
4.05 GHz 24Cores 48Threads
48228 | 68
Bend
4.10 GHz 24Cores 48Threads
48229 | 68
Bend
3.85 GHz 32Cores 64Threads
48230 | 68
Bend
3.60 GHz 48Cores 96Threads
48231 | 68
Bend
2.26 GHz 8Cores 16Threads
58215 | 128
Bend
2.40 GHz 96Cores 192Threads
48232 | 68
Bend
2.25 GHz 128Cores 256Threads
48233 | 68
Bend
3.60 GHz 4Cores 8Threads
58219 | 128
Bend
3.30 GHz 4Cores 8Threads
59501 | 167
Bend
2.26 GHz 8Cores 16Threads
59502 | 167
Bend
2.60 GHz 16Cores 32Threads
58223 | 128
Bend
3.60 GHz 4Cores 8Threads
59503 | 167
Bend
2.60 GHz 16Cores 32Threads
59504 | 167
Bend
2.80 GHz 20Cores 40Threads
59505 | 167
Bend
3.20 GHz 8Cores 16Threads
58227 | 128
Bend
2.60 GHz 14Cores 28Threads
58231 | 128
Bend
2.80 GHz 20Cores 40Threads
58235 | 128
Bend
2.60 GHz 28Cores 56Threads
58239 | 128
Bend
2.40 GHz 10Cores 20Threads
58243 | 128
Bend
2.30 GHz 36Cores 72Threads
58247 | 128
Bend
3.30 GHz 4Cores 8Threads
48291 | 68
Bend
3.30 GHz 4Cores 8Threads
48292 | 68
Bend
3.30 GHz 4Cores 8Threads
48293 | 68
Bend
4.20 GHz 4Cores 8Threads
48294 | 68
Bend
3.70 GHz 12Cores 24Threads
48828 | 54
Bend
2.50 GHz 20Cores 40Threads
48320 | 68
Bend
2.50 GHz 64Cores 128Threads
48832 | 54
Bend
3.30 GHz 16Cores 32Threads
48321 | 68
Bend
2.80 GHz 20Cores 40Threads
48322 | 68
Bend
3.00 GHz 20Cores 40Threads
48323 | 68
Bend
2.60 GHz 28Cores 56Threads
48324 | 68
Bend
2.30 GHz 36Cores 72Threads
48325 | 68
Bend
2.20 GHz 44Cores 88Threads
48326 | 68
Bend
2.00 GHz 64Cores 128Threads
48838 | 54
Bend
4.50 GHz 16Cores 32Threads
49106 | 54
Bend
3.00 GHz 16Cores 32Threads
49111 | 54
Bend
3.20 GHz 8Cores 16Threads
48344 | 68
Bend
2.60 GHz 14Cores 28Threads
48345 | 68
Bend
2.30 GHz 18Cores 36Threads
48346 | 68
Bend
2.85 GHz 24Cores 48Threads
49116 | 54
Bend
2.50 GHz 64Cores 128Threads
49121 | 54
Bend
3.80 GHz 4Cores 8Threads
48354 | 68
Bend
2.00 GHz 64Cores 128Threads
49129 | 54
Hillsboro
3.30 GHz 6Cores 12Threads
60163 | 191
Hillsboro
3.70 GHz 8Cores 16Threads
60164 | 191
Hillsboro
2.40 GHz 24Cores 48Threads
60165 | 191
Hillsboro
3.80 GHz 6Cores 12Threads
60166 | 191
Hillsboro
3.80 GHz 8Cores 16Threads
60167 | 191
Hillsboro
2.55 GHz 24Cores 48Threads
60168 | 191
Hillsboro
3.30 GHz 6Cores 12Threads
59352 | 160
Hillsboro
2.20 GHz 8Cores 16Threads
59354 | 160
Hillsboro
4.00 GHz 4Cores 8Threads
59357 | 160
Hillsboro
3.70 GHz 8Cores 16Threads
59358 | 160
Hillsboro
3.10 GHz 16Cores 32Threads
59360 | 160
Portland
2.90 GHz 32Cores 64Threads
48926 | 54
Portland
3.60 GHz 4Cores 8Threads
55878 | 101
Portland
2.30 GHz 32Cores 64Threads
48976 | 54
Portland
3.80 GHz 6Cores 12Threads
55889 | 101
Portland
2.20 GHz 12Cores 24Threads
55900 | 101
Portland
3.40 GHz 6Cores 12Threads
55911 | 101
Portland
4.70 GHz 6Cores 12Threads
55922 | 101
Portland
4.50 GHz 16Cores 32Threads
55933 | 101
Portland
3.40 GHz 16Cores 32Threads
55944 | 101
Portland
2.20 GHz 24Cores 48Threads
55955 | 101
Portland
2.20 GHz 24Cores 48Threads
55966 | 101
Portland
2.10 GHz 24Cores 48Threads
55977 | 101
Portland
2.20 GHz 32Cores 64Threads
55988 | 101
Portland
2.80 GHz 16Cores 32Threads
55999 | 101
Portland
2.60 GHz 32Cores 64Threads
56010 | 101
Portland
2.60 GHz 32Cores 64Threads
56021 | 101
Portland
2.80 GHz 24Cores 48Threads
56032 | 101
Portland
2.80 GHz 32Cores 64Threads
56043 | 101
Portland
2.20 GHz 10Cores 20Threads
48876 | 54
Portland
2.80 GHz 48Cores 96Threads
56054 | 101
Bend
3.40 GHz 4Cores 8Threads
58883 | 147When you deploy an Oregon dedicated server, you are placing your infrastructure right in the heart of the "Silicon Forest." Oregon particularly the Portland and Hillsboro areas has emerged as one of the world's premier data center ecosystems.
Connectivity is everything. By choosing dedicated hosting in Oregon, you are tapping into one of the most strategic internet gateways on the West Coast. Oregon is the landing site for multiple trans-Pacific subsea cables, making it the perfect launchpad for businesses targeting users in both North America and the Asia-Pacific (APAC) regions.
Our high-performance Oregon servers guarantee ultra-low latency, reduced packet loss, and blazing fast data transfer speeds. Whether you are running gaming servers, media streaming platforms, or high-frequency trading applications, our Oregon unmanaged and managed servers ensure your global audience stays seamlessly connected.
One of the best-kept secrets of Oregon server hosting is the massive cost-saving advantage of local hydroelectric power. Oregon boasts some of the lowest commercial power rates in the United States, generated largely by clean, renewable green energy. What does this mean for you? It means we can pass those operational savings directly to our clients, offering cheap dedicated servers in Oregon without ever compromising on hardware quality.
Benefit from some of the lowest commercial power rates in the US, with operational savings passed directly to your bottom line.
Go green and maximize your ROI with eco-friendly dedicated hosting powered largely by renewable hydroelectricity.
Oregon has no state sales tax, making scaling your enterprise IT infrastructure dramatically more budget-friendly.
No two businesses are alike, which is why we provide a robust, enterprise-grade server infrastructure in OR. Built with top-tier hardware, from high-frequency processors for intense computational tasks to massive NVMe storage arrays for database management, CTCservers delivers the reliable power and performance your applications demand.
Intel & AMD options for intense compute.
Reliable memory configurations to handle heavy application workloads.
Blazing fast storage for database management.
Seamless data transfer without the surprise bills.
Experience full root access, dedicated resources, and 24/7 expert support to keep your operations running flawlessly.
Choosing an Oregon dedicated server gives you fast and reliable connections, especially if your users are on the US West Coast or in the Pacific Northwest. Oregon is also known for its excellent internet infrastructure and green energy, making it a highly stable and eco-friendly choice for hosting your website or application.
Many companies based in California use Oregon dedicated servers for their backups and disaster recovery. Oregon is on a different power grid and faces lower risks for natural disasters like earthquakes compared to California. This keeps your critical data safe off-site while maintaining extremely low latency for your West Coast operations.
Oregon relies heavily on cheap, renewable hydroelectric power from the Columbia River. Because it costs us less to power and cool the data center, we pass those savings directly to you. This means you can get top-tier, bare-metal server performance at a much lower price point than servers located in expensive markets like Los Angeles or Silicon Valley.
Yes, our dedicated servers in Oregon include free DDoS protection up to 250Gbps. This ensures your server stays online and secure, even if a malicious attack tries to slow down or crash your network.
Yes, it does. Oregon data centers are strategically located near major trans-Pacific subsea internet cables. If you have users, gamers, or clients in Asia, Australia, or Oceania, an Oregon server provides a fast, direct route across the Pacific Ocean, significantly reducing lag and load times.
Absolutely. Many businesses are experiencing "cloud shock" from expensive providers (which also houses its major us-west-2 region in Oregon) and are moving back to dedicated servers for predictable, flat-rate pricing. We provide the stable infrastructure you need to transition your high-resource workloads out of the cloud and onto dedicated hardware.
Our Oregon servers connect to major regional internet hubs, such as the Northwest Access Exchange (NWAX). This means your server can share data directly with local internet service providers instead of routing traffic through crowded national networks. This results in faster, jitter-free connections for your users.
Yes, our Oregon data centers are highly secure. They are monitored 24/7 by on-site security teams and use advanced systems like biometric access controls, security cameras, and backup power generators to keep your data safe and your server running at all times.
We know that time is money. Most of our Oregon dedicated servers are set up quickly. Depending on your custom hardware choices, your server will typically be ready for you to use within 1-3 business days after your order is confirmed.
We offer 24/7 expert technical support. Whether it is a holiday or the middle of the night, our team is always ready to help you with hardware issues, network questions, or general server troubleshooting.