Secure Server Platform Solution

Application

Description

Jintide-based secure server solution with chip-level security monitoring for financial services, government, and critical infrastructure applications

Core Advantages

Chip-Level Security Mont-PrC technology monitors CPU behavior at hardware level
Real-Time Monitoring DSC technology detects threats without performance impact
Hardware Encryption Dedicated acceleration for AES and RSA operations
x86 Compatibility Full compatibility with existing software ecosystems
Trusted Computing TPM 2.0 support for secure boot and attestation

Recommended Bill of Materials (BOM)

Item Part Number Description Quantity Datasheet
1 Jintide-C6P 64-core secure server CPU with Mont-PrC 2 📄 Download
2 M88DR5RCD04 DDR5 RCD for memory channels 12 📄 Download
3 M88RT41632 PCIe Gen5 retimer for I/O expansion 4 📄 Download
4 TPM-Module Trusted Platform Module for secure boot 1 📄 Download
5 CAP0805-01 Decoupling capacitors for CPU and memory 50 📄 Download
6 DDR5-SLOT DDR5 memory slots 12 📄 Download

Applications

Secure data centers
Financial transaction processing
Government computing systems
Critical infrastructure protection
Cloud security platforms

Technical Specifications

C P U Cores
64 cores / 128 threads
Base Frequency
2.5 GHz
Max Turbo
3.5 GHz
Memory Support
DDR5-4800, 12 channels
Max Memory Capacity
6TB per socket
P C Ie Lanes
128 lanes (Gen5)
T D P
250W
Security Features
Mont-PrC, DSC, TPM 2.0
Encryption
AES-256, RSA-4096 hardware acceleration

Customer Success Stories

National Bank of Finance

Financial Services | Secure Transaction Processing

Challenge

The bank required a server platform with hardware-level security for processing high-value financial transactions. Software-based security solutions were vulnerable to sophisticated attacks, and compliance regulations demanded hardware security assurances.

Solution

Deployed Jintide C6P-based servers with Mont-PrC chip-level security monitoring. The solution provided real-time detection of anomalous CPU behavior, hardware encryption acceleration for transaction data, and trusted computing capabilities for secure boot.

Results

Government Data Center

Government | Classified Information Processing

Challenge

Government agency required a secure computing platform for processing classified information. The solution needed to provide hardware-based security monitoring, trusted computing capabilities, and compliance with government security standards.

Solution

Implemented Jintide-based secure servers with DSC dynamic security monitoring. The platform provided chip-level monitoring of CPU behavior, hardware encryption for data protection, and TPM-based trusted boot capabilities.

Results

FAE Expert Insights

D

Dr. Sarah Liu

Principal FAE - Secure Computing

15 years

Professional Insights

The Jintide platform is paradigm shift in server security. Unlike traditional approaches that rely on software monitoring, Jintide's hardware-based security monitoring cannot be bypassed or disabled by malware. In my experience deploying these systems for financial and government clients, the Mont-PrC technology provides a level of assurance that software solutions simply cannot match. The key insight is that security must be built into the hardware foundation - trying to add it as a software layer leaves too many vulnerabilities.

Key Takeaways

  • Hardware security monitoring cannot be bypassed by software attacks
  • Mont-PrC provides real-time detection of anomalous behavior
  • Hardware encryption acceleration improves performance significantly
  • TPM integration enables trusted boot and attestation
  • Regular security audits are essential for compliance

Decision Framework

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Ready to Implement This Solution?

Contact our FAE team for design support and quotes

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Frequently Asked Questions

How does Mont-PrC technology detect security threats?

Mont-PrC (Montage Pre-Check) technology monitors CPU behavior at the hardware level to detect anomalous activity. It tracks instruction execution patterns, memory access behaviors, and bus transactions in real-time. When suspicious patterns are detected - such as unexpected privilege escalations, unusual memory access patterns, or anomalous instruction sequences - the system can trigger alerts or protective actions. This hardware-based monitoring operates independently of the CPU's software state, making it impossible for malware to disable or bypass the monitoring.

Mont-PrC is ideal for applications requiring hardware-level threat detection. Contact LiTong for security architecture consultation.

What is the performance impact of security monitoring?

The Jintide platform's security monitoring has minimal performance impact on normal operations. Mont-PrC and DSC technologies are implemented in hardware and operate in parallel with CPU execution. The hardware encryption acceleration improves performance for encrypted workloads compared to software-only encryption. Real-world benchmarks show less than 2% performance overhead for security monitoring while providing significant acceleration for cryptographic operations. The platform delivers comparable performance to mainstream x86 processors for standard workloads.

Jintide provides security without significant performance penalty. Evaluate for applications requiring both high performance and strong security.

How does Jintide integrate with existing security infrastructure?

Jintide integrates seamlessly with existing security infrastructure and management tools. The platform supports standard security protocols and interfaces including TPM 2.0, secure boot, and remote attestation. Security events from Mont-PrC can be forwarded to SIEM systems for centralized monitoring. The platform works with existing identity management, access control, and audit systems. Management tools can monitor security status through standard APIs. This integration allows Jintide to enhance security posture without requiring wholesale replacement of existing security infrastructure.

Jintide enhances existing security infrastructure without requiring major changes. Contact LiTong for integration guidance.

What compliance standards does Jintide support?

The Jintide platform supports various compliance standards including FIPS 140-2 for cryptographic modules, Common Criteria for security evaluation, and PCI DSS for payment card industry security. The hardware-based security monitoring helps meet requirements for intrusion detection and prevention. TPM 2.0 support enables trusted computing compliance. The platform can be configured to meet specific regulatory requirements for financial services, government, and healthcare applications. LiTong can provide compliance documentation and support certification efforts.

Jintide supports major security compliance standards. Contact LiTong for specific compliance requirements and documentation.

Can Jintide be used in hybrid cloud environments?

Yes, Jintide is well-suited for hybrid cloud environments. The platform supports standard virtualization technologies including VMware, KVM, and Hyper-V. Hardware security monitoring extends to virtualized workloads, providing security assurance for cloud deployments. The platform can be deployed in private clouds with the same security capabilities as on-premises deployments. Jintide's x86 compatibility ensures that cloud-native applications and containerized workloads run without modification. The security features are particularly valuable for multi-tenant cloud environments where hardware-level isolation is important.

Jintide provides hardware security for hybrid cloud deployments. Evaluate for private cloud and secure multi-tenant environments.

What is the deployment process for Jintide-based servers?

Deploying Jintide-based servers follows a structured process: First, assess security requirements and compliance needs. Second, design the server architecture including CPU, memory, and I/O configuration. Third, implement secure boot configuration with TPM and key management. Fourth, deploy Mont-PrC monitoring policies and alerting. Fifth, integrate with existing security infrastructure. Sixth, conduct security validation testing. LiTong provides deployment guides, reference architectures, and FAE support throughout the deployment process. Training is available for administrators on security monitoring and management.

Contact LiTong for deployment support and reference architectures. Our FAE team can assist with design and implementation.