Intel Xeon E-2288G 8core/16thr, 3.7Ghz [...], AUD 265.00/mo.

Intel Xeon E-2288G 8core/16thr, 3.7Ghz - 5.0GHz has been updated on August 10, 2025 (added May 17, 2020), Aggregate Rating (6 out of 10 from 2 reviews)

💪 CPU/Cores :	Intel Xeon E-2288G 8core/16thr, 3.7Ghz - 5.0GHz
🔋 RAM :	64000 MB
🔌 Hosted domains :	unlimited
🆓 free domains :	0
📌 Dedicated IPs :	1
💳 Payment Methods :	Credit / Debit / Prepaid CardsPayPal
🔨 Control Panel :	[In-house]
🔧 Category :	DNS
✍️ Support Options :	EmailHelp Desk
🌏 Server Locations :	Australia
⚑ Targeting :	AU
💰 Money-back guarantee :	0 days
🚀 Uptime :	99.9 %

See also initial Intel Xeon E-2288G 8core/16thr, 3.7Ghz - 5.0GHz plan location on their website!

*📜 Plan description

📄 Editorial Review

BinaryLane is an Australian infrastructure provider aimed squarely at developers, system administrators, and organizations comfortable managing their own servers. The brand is operated by Mammoth Media Pty Ltd, an active Australian private company registered on August 27, 2002 under ABN 51 101 844 955 and ACN 101 844 955. Mammoth's wider technology business dates from 2001 and has an 11–50 employee range. Binary Lane has used 2009 as its public operating baseline, while the registered Binary Lane trade mark dates from 2014. The group works from Milton, Brisbane, Queensland.

The range centers on Linux VPS, Windows VPS, cPanel VPS, dedicated servers, and Virtual Private Cloud. DNS hosting, firewall rules, load balancing, private networks, backup, monitoring, custom images, and API automation extend the core compute service. It is not a conventional shared-hosting provider and does not bundle routine server administration. BinaryLane maintains the physical and virtual infrastructure, network, core images, mPanel, and related platform functions; customers administer their applications, software stack, security policy, and data.

Standard Linux instances are flexible general-purpose systems. Ubuntu, Debian, and CentOS images are available, while custom ISO support allows other Linux distributions or FreeBSD. The smallest profile combines 1 vCPU, 1 GB RAM, 20 GB NVMe, and 1 TB of transfer. Larger standard instances reach 8 vCPUs, 32 GB RAM, 400 GB NVMe, and 6 TB. CPU Optimised profiles provide dedicated hyper-threads that can boost beyond 4 GHz, and HDD Storage profiles provide substantially more capacity when latency matters less than volume.

Windows instances cover Server 2019, 2022, and 2025, include the Microsoft license in the listed Windows price, and arrive with Remote Desktop enabled. Full Administrator access makes them suitable for IIS, .NET, and SQL Server workloads, although application licensing beyond the included operating system remains the customer's responsibility. cPanel VPS packages combine the same scalable infrastructure with preinstalled cPanel and WHM licenses for 5, 30, 50, or 100 accounts. They can support a customer's own websites or a small hosting-resale operation without a separate installation process.

The dedicated category gives one customer the full CPU, memory, and disk allocation of the selected machine, but these systems are not conventional bare metal. A thin hypervisor remains between the operating system and hardware so the platform can retain management functions and perform live migration during maintenance. Current choices start with Intel Xeon E-2136 hardware, 32 GB RAM, and 400 GB of usable RAID-1 NVMe. Higher configurations include Xeon E-2288G and AMD Ryzen 7900X systems, ending with a Ryzen 3900X, 128 GB RAM, 1.6 TB mirrored NVMe, and 15 TB monthly transfer. Linux, Windows, and cPanel variants use the same managed infrastructure layer.

Provisioning can finish in about 30 seconds. CPU, memory, disks, and transfer can be adjusted through the control panel, and hourly accounting means a temporary resource increase is charged only while it exists. Disks can be resized, split, and cloned. Backup images can restore an entire disk, create another server, or be attached for individual-file recovery, although attaching a backup is unavailable for dedicated machines and cloud servers whose disks exceed 1 TB. Automated deployment scripts, an OpenAPI 3.0-compatible API, usage graphs, performance alerts, console access, password reset, reinstall, and two-factor authentication make the service effective for repeatable technical workflows.

Virtual Private Cloud adds customer-defined address ranges and routing tables. A simple public application can keep an external address on every server, while multi-tier designs expose only the web tier and isolate databases on private addresses. VPN routing can connect a VPC to an office network or make an entire application private. BinaryLane can also originate customer-owned IP ranges under a Letter of Authorization and distribute a sufficiently large range between Adelaide, Brisbane, Melbourne, Perth, Sydney, and Singapore down to /25 boundaries. It does not provide customer BGP sessions, so this is a managed route-origination service rather than independent multihoming.

The Australian focus also simplifies latency and jurisdiction decisions for domestic applications. A developer can keep production in Sydney or Melbourne, place disaster-recovery capacity in another Australian region, and use Singapore when an Asian endpoint is useful. Hourly accounting makes short tests and temporary capacity practical, while cloning and deployment scripts reduce repetitive setup. The same flexibility can also produce configuration sprawl, so teams should apply naming, access, firewall, backup, and deletion policies consistently. BinaryLane supplies the infrastructure controls; disciplined lifecycle management remains an administrator responsibility.