未找到结果
您的搜索操作未匹配到任何结果。
我们建议您尝试以下操作，以帮助您找到所需内容：
- 检查关键词搜索的拼写。
- 使用同义词代替键入的关键词，例如，尝试使用“应用”代替“软件”。
- 请尝试下方显示的热门搜索之一。
- 重新搜索。
热门问题
Field-proven, Secure Platform Design
Scalable Network Performance and Capacity
The wide range of Acme Packet platforms is designed to help customers deliver trusted, real-time communications across internet protocol (IP) network borders based on their different needs for performance and capacity.
Technical and Business Benefits
- Wide range of platforms to meet different customer needs
- Consistent set of features across platforms provides the extra flexibility in deployment
- Scalable network performance and capacity
- Advanced DoS/DDoS protection, utilizing hardware-assisted, dynamic, fine-grained controls
- Choices in network interfaces and DSP modules for customized solutions
Acme Packet 1100
- Enterprise session border controller appliance optimized for small to medium-sized businesses (SMBs) and remote offices of large organizations
- Provides critical controls for delivering trusted, real-time communications —voice, video, and multimedia sessions—across IP network borders
- Supports up to 360 concurrent sessions
Acme Packet 3900
- Designed to meet the price-performance and manageability requirements of small to medium enterprises and service providers
- Ideal for entry-level session border controller (SBC) access and interconnect deployments and session initiation protocol (SIP) trunking services
- Supports up to 8,000 concurrent sessions
Acme Packet 4600
- Meets all of the functionality, scalability, availability, and manageability requirements of service providers and large enterprises
- Controls complex, high-volume signaling and media traffic at network access and interconnect borders
- Supports up to 32,000 concurrent sessions
Acme Packet 6350
- Designed for deployment at large service provider access and interconnect network borders and within the IP multimedia subsystem (IMS) signaling core
- Groundbreaking performance, capacity, and system throughput
- Supports up to 160,000 concurrent sessions